mhurhangee/patent-ind-claim-en huggingface dataset:
Safety workbench for a mobile laboratory , comprising: a working space for examining a sample , and a measuring arrangement which is configured to detect an impact load acting upon the working space and to compare the same with a maximum permissible impact load. a working space for examining a sample , and a measuring arrangement which is configured to detect an impact load acting upon the working space and to compare the same with a maximum permissible impact load.
An electric vacuum cleaning apparatus, comprising: an autonomous robotic vacuum cleaner adapted to autonomously move on a surface to be cleaned and collect dust from the surface; and a station fluidly connectable to the autonomous robotic vacuum cleaner; wherein the autonomous robotic vacuum cleaner includes a primary dust container that accumulates the dust collected by the autonomous robotic vacuum cleaner and has a bottom wall that has a disposal port for disposing of the dust, and a disposal lid for opening and closing the disposal port, the station includes a dust transfer pipe coupled to the disposal port, a secondary dust container adapted to accumulate dust disposed from a container body through the dust transfer pipe , and a secondary electric blower adapted to generate suction negative pressure in the dust transfer pipe via the secondary dust container, and at least one ventilation groove that causes air to flow below the dust accumulated in the container body under negative pressure generated by the secondary electric blower is provided on an inner surface of the bottom wall of the container body. an autonomous robotic vacuum cleaner adapted to autonomously move on a surface to be cleaned and collect dust from the surface; and a station fluidly connectable to the autonomous robotic vacuum cleaner; wherein the autonomous robotic vacuum cleaner includes a primary dust container that accumulates the dust collected by the autonomous robotic vacuum cleaner and has a bottom wall that has a disposal port for disposing of the dust, and a disposal lid for opening and closing the disposal port, the station includes a dust transfer pipe coupled to the disposal port, a secondary dust container adapted to accumulate dust disposed from a container body through the dust transfer pipe , and a secondary electric blower adapted to generate suction negative pressure in the dust transfer pipe via the secondary dust container, and at least one ventilation groove that causes air to flow below the dust accumulated in the container body under negative pressure generated by the secondary electric blower is provided on an inner surface of the bottom wall of the container body.
Connector comprising: - a first ring fitted openable and provided with a blocker collaborating with a rod , the rod being fitted movable between a first position of the rod where the first ring is closed and a second position of the rod where the first ring is open, the blocker being fitted movable between a first position of the blocker collaborating with the rod in the first position of the rod to keep the first ring closed and a second position of the blocker allowing opening of the first ring ; - a second ring distinct from the first ring and designed to receive a wire part , characterized in that the second ring has a variable cross-section, the cross-section varying on account of a probe , the probe being fitted movable with respect to a sliding area of the second ring to measure a thickness of the wire part running between the sliding area and the probe ; and in that the probe is connected to the blocker so that when the distance between the probe and the sliding area is greater than a threshold value, the probe keeps the blocker in the first position of the blocker , and when the distance between the probe and the sliding area is lower than a threshold value, the probe allows movement of the blocker to the second position of the blocker . - a first ring fitted openable and provided with a blocker collaborating with a rod , the rod being fitted movable between a first position of the rod where the first ring is closed and a second position of the rod where the first ring is open, the blocker being fitted movable between a first position of the blocker collaborating with the rod in the first position of the rod to keep the first ring closed and a second position of the blocker allowing opening of the first ring ; - a second ring distinct from the first ring and designed to receive a wire part , characterized in that the second ring has a variable cross-section, the cross-section varying on account of a probe , the probe being fitted movable with respect to a sliding area of the second ring to measure a thickness of the wire part running between the sliding area and the probe ;
Transport carriage for mail items , having a plurality of wheels which define a contact plane (A) for displacing the transport carriage , having a storage space for receiving the mail items during transport and having at least one shelf for carrying the mail items , characterised in that the at least one shelf can be moved from at least one lower non-use position arranged in the storage space into an upper moderate position for use arranged at least partially outside the storage space , and back again, in that the at least one shelf can be moved from at least one lower non-use position arranged in the storage space into an upper raised position for use which is arranged at least partially outside the storage space , and back again, in that the moderate position for use and the raised position for use are arranged in a range between 1.0 m and 1.7 m, in particular 1.5 m, above the contact plane (A), in that the raised position for use is arranged above the moderate position for use and in that a drive is provided for at least partially adjusting the height of the shelf above the contact plane (A).
An animal-shaped autonomous mobile object comprising: a housing having a shape of an animal; a calculation section; and a motion controller that causes the housing to perform a motion corresponding to a type of a calculation process that the calculation section is executing, characterised in that , in a case where a calculation process that the calculation section is executing is a process of creating map information or a process of estimating a position of the animal-shaped autonomous mobile object , the motion controller causes the housing to perform a marking motion being a motion that lifts a hind leg part of the housing. a housing having a shape of an animal; a calculation section; and a motion controller that causes the housing to perform a motion corresponding to a type of a calculation process that the calculation section is executing, characterised in that , in a case where a calculation process that the calculation section is executing is a process of creating map information or a process of estimating a position of the animal-shaped autonomous mobile object , the motion controller causes the housing to perform a marking motion being a motion that lifts a hind leg part of the housing.
A sleeping bag comprising an elongate shell defining an inner volume sized and shaped to receive a user therein, the shell having a head portion, a foot portion, a middle portion extending longitudinally between the head and foot portions, an overlying portion adapted to overlie the user during use, an underlying portion adapted to underlie the user during use, and a vent, the vent being selectively moveable between a closed configuration and an opened configuration to enable the user to access the exterior of the sleeping bag from within the sleeping bag, the vent comprising an inner panel and an outer panel that cooperate to define at least a portion of the underlying portion of the shell, the inner panel being positioned in overlapping face-to-face engagement with the outer panel in the closed configuration, the outer panel being spaced from the inner panel in the opened configuration to define a passage to enable the user to extend his or her feet through the vent, wherein upon withdrawing the feet from the vent, the outer panel is configured to automatically return to the overlapping face-to-face engagement with the inner panel to self-seal the vent in the closed configuration.
A wireless device (QQ110) configured to determine a Random Access-Radio Network Temporary Identifier, RA-RNTI, for use in a radio network system, characterized in that the wireless device comprising: a first counter configured to be incremented after a pre-defined period of time and to be re-set when having reached a predefined first number, wherein the first counter counts a subframe number; a second counter configured to be incremented when the first counter reaches the predefined first number and to be re-set when having reached a predefined second number, wherein the second counter counts a system frame number, SFN_id; and a third counter configured to be incremented when the second counter reaches the predefined second number and to be re-set when having reached a predefined third number, wherein the third counter counts a hyper frame number, H-SFN; and wherein the wireless device (QQ110) is configured to determine an RA-RNTI based on a mathematical formula that includes both the SFN_id and the H-SFN, wherein the mathematical formula is RA − RNTI = 1 + floor SFN_id / 4 + 256 ∗ mod H − SFN , 2 a first counter configured to be incremented after a pre-defined period of time and to be re-set when having reached a predefined first number, wherein the first counter counts a subframe number; a second counter configured to be incremented when the first counter reaches the predefined first number and to be re-set when having reached a predefined second number, wherein the second counter counts a system frame number, SFN_id; and a third counter configured to be incremented when the second counter reaches the predefined second number and to be re-set when having reached a predefined third number, wherein the third counter counts a hyper frame number, H-SFN; and wherein the wireless device (QQ110) is configured to determine an RA-RNTI based on a mathematical formula that includes both the SFN_id and the H-SFN, wherein the mathematical formula is RA − RNTI = 1 + floor SFN_id / 4 + 256 ∗ mod H − SFN , 2
Adhesive functional strip for transcutaneous fluorescence measurement of general organ functions or metabolic organ disorders with the aid of a sensor head which is fastened to the strip and provided with LED light and a photodiode, wherein the strip consists substantially of a laminate of the following layers: - backing-less transparent transfer adhesive strip or transparent adhesive tape provided on both sides with an adhesive coating suitable for applications to the skin, - transparent film , - at least one light-absorbing pressure-sensitive adhesive layer (4-6) with at least one recess , through which a direct light contact with the skin of both the sensor head equipped with LED light and the photodiode is made possible, - stabilising transparent cover on which a circumferential sealing frame comprising four sealing strips (8-11) is applied on the side remote from the skin, the sealing frame being an integral component of the functional patch. - backing-less transparent transfer adhesive strip or transparent adhesive tape provided on both sides with an adhesive coating suitable for applications to the skin, - transparent film , - at least one light-absorbing pressure-sensitive adhesive layer (4-6) with at least one recess , through which a direct light contact with the skin of both the sensor head equipped with LED light and the photodiode is made possible, - stabilising transparent cover on which a circumferential sealing frame comprising four sealing strips (8-11) is applied on the side remote from the skin, the sealing frame being an integral component of the functional patch.
A method for determining a representation of a radio environment of a mobile transceiver , the method comprising determining information on one or more active transceivers in the environment of the mobile transceiver; generating a grid of the radio environment of the mobile transceiver, the grid comprising a plurality of adjoining cells; and indicating a summarized radio activity of the one or more active transceivers per cell in the grid; wherein the indicating comprises assigning the one or more transceivers to one or more cells of the grid based on the locations of the one or more transceivers and assigning information on frequency bands and/or radio access technologies of radio activity to the cells of the grid, wherein the indicating comprises assigning average information on messages sizes and transmission frequencies of the messages transmitted by the one or more active transceivers to the cells of the grid. determining information on one or more active transceivers in the environment of the mobile transceiver; generating a grid of the radio environment of the mobile transceiver, the grid comprising a plurality of adjoining cells; and indicating a summarized radio activity of the one or more active transceivers per cell in the grid; wherein the indicating comprises assigning the one or more transceivers to one or more cells of the grid based on the locations of the one or more transceivers and assigning information on frequency bands and/or radio access technologies of radio activity to the cells of the grid, wherein the indicating comprises assigning average information on messages sizes and transmission frequencies of the messages transmitted by the one or more active transceivers to the cells of the grid.
An insertion sheath comprising: an external port ; and an insertion portion having a curved shaft and a beveled tip ; wherein the sheath is sized and shaped such that, when inserted adjacent the xiphoid of a patient, the insertion portion curves around the xiphoid in a direction toward the sternal body of the patient, wherein the curved shaft is configured to bias an instrument passed through it toward the sternal body and away from the heart and pericardium when inserted adjacent the xiphoid of the patient. an external port ; and an insertion portion having a curved shaft and a beveled tip ; wherein the sheath is sized and shaped such that, when inserted adjacent the xiphoid of a patient, the insertion portion curves around the xiphoid in a direction toward the sternal body of the patient, wherein the curved shaft is configured to bias an instrument passed through it toward the sternal body and away from the heart and pericardium when inserted adjacent the xiphoid of the patient.
Machine knitting needle formed as a latch needle, with a shaft part extending in a longitudinal direction (L) and having on an underside a support face , wherein the shaft part in a front end portion is configured to form a stitch, and wherein the support face extends continuously in one plane (E) at least between the front end portion and a rear end , with a front guide portion in which a guide arm protrudes from the shaft part in a height direction (H), and with a rear guide portion in which a further guide arm protrudes from the shaft part in the height direction (H), and with a foot part portion which is arranged between the two guide portions and in which a foot part is present which protrudes from the shaft part in the height direction (H) and is configured to cooperate with a drive device of a knitting machine, characterised in that each guide arm has an arm limb which, together with the region of the shaft part arranged below this in the height direction (H), delimits an intermediate space that is open in the longitudinal direction (L), wherein a front shaft portion of the shaft part is provided directly adjacent to the front end portion , wherein the shaft part is configured to receive one or more stitches through which the shaft part extends during knitting, wherein the front guide arm at least partially protrudes over the front shaft portion so that the front shaft portion extends into the intermediate space of the front guide portion .
Method for decelerating a vehicle , said vehicle comprising at least one electrical machine being arranged to provide a controllable torque to at least one drive wheel of said vehicle , said vehicle further including driver controllable means for actively requesting a torque for propelling the vehicle , said method includes, when a driver request for a propelling torque is reduced at least to a first extent: - applying a first brake torque ( T brake ) by means of said electrical machine, - by means of said first brake torque ( T brake ) decelerate said vehicle to a stationary state, and - by means of said electrical machine , when said vehicle has been decelerated to said stationary state, continue applying a torque ( T hold ) by means of said electrical machine to keep said vehicle in said stationary state by means of said torque ( T hold ) applied by said electrical machine , wherein the vehicle includes a combustion engine being arranged to be selectively connected to at least one drive wheel of said vehicle by opening and closing a clutch , characterised in that the method including: - the electrical machine applying said first brake torque ( T brake ) at least when said clutch is open. - applying a first brake torque ( T brake ) by means of said electrical machine, - by means of said first brake torque ( T brake ) decelerate said vehicle to a stationary state, and - by means of said electrical machine , when said vehicle has been decelerated to said stationary state, continue applying a torque ( T hold ) by means of said electrical machine to keep said vehicle in said stationary state by means of said torque ( T hold ) applied by said electrical machine , wherein the vehicle includes a combustion engine being arranged to be selectively connected to at least one drive wheel of said vehicle by opening and closing a clutch , characterised in that the method including: - the electrical machine applying said first brake torque ( T brake ) at least when said clutch is open. - the electrical machine applying said first brake torque ( T brake ) at least when said clutch is open.
A device for folding an advancing web element (W) along a folding line (W3) extending in the direction of advancement of the web so as to bring a first (W1) and a second (W2) portion of said web element (W) arranged on opposite sides of the folding line (W3) into a folded configuration wherein said second portion (W) is folded over onto said first portion (W1), the device including: - an advancement plane for said first portion (W1) of said web element (W), said plane having a folding edge to define said folding line (W3), - a motorized belt conveyor arranged sidewise said advancement plane along said folding edge to transport said second portion (W2) of said web element (W) undergoing folding; said belt conveyor following a helix-like screwing trajectory around said folding edge , said screwing trajectory brings the upper branch of said belt conveyor , which is initially co-planar with said advancement plane , to turn over onto and superpose to said advancement plane to effect said folding of said web element (W), characterized in that : - said belt conveyor has an apertured strip to receive resting thereon said second portion (W2) of said web element (W) undergoing folding, and - within said belt conveyor there is provided an aspiration box to produce an air flow into said belt conveyor through said apertured strip so as to draw said second portion (W2) of the web element (W) into contact with the belt conveyor . - an advancement plane for said first portion (W1) of said web element (W), said plane having a folding edge to define said folding line (W3), - a motorized belt conveyor arranged sidewise said advancement plane along said folding edge to transport said second portion (W2) of said web element (W) undergoing folding; said belt conveyor following a helix-like screwing trajectory around said folding edge , said screwing trajectory brings the upper branch of said belt conveyor , which is initially co-planar with said advancement plane , to turn over onto and superpose to said advancement plane to effect said folding of said web element (W), characterized in that : - said belt conveyor has an apertured strip to receive resting thereon said second portion (W2) of said web element (W) undergoing folding, and - within said belt conveyor there is provided an aspiration box to produce an air flow into said belt conveyor through said apertured strip so as to draw said second portion (W2) of the web element (W) into contact with the belt conveyor . - said belt conveyor has an apertured strip to receive resting thereon said second portion (W2) of said web element (W) undergoing folding, and - within said belt conveyor there is provided an aspiration box to produce an air flow into said belt conveyor through said apertured strip so as to draw said second portion (W2) of the web element (W) into contact with the belt conveyor .
A sound transmission material , the sound transmission material having Taber stiffness being not less than 5 mN·m, a bending resistance being not less than 100 mN, porosity being not less than 50%, and a thickness being not more than 3 mm; characterized in that the transmission material is formed by entangling metal fibers with each other, wherein the metal fibers have a diameter of 0.5 to 50 μm.
An induction heating device , comprising a case ; a plurality of working coils (WC) provided inside of the case to heat an object; a base plate in which the plurality of working coils are installed; a plurality of light guides installed on the base plate to be provided at outer portions of the plurality of working coils (WC); a plurality of light emitting elements disposed below the plurality of light guides , respectively, to emit light; and an indicator substrate disposed below the base plate and in which the plurality of light emitting elements are installed; characterised in that the indicator substrate comprises a first indicator substrate on which light emitting elements are installed at all outer portions of the first indicator substrate , and a second indicator substrate installed at a rear side of the first indicator substrate and in which a light emitting element is not installed at an outer front portion of the second indicator substrate, adjacent to the first indicator substrate .
A method for reporting a channel quality indicator, CQI, performed by a user equipment, UE, comprising the steps of: a) obtaining a total number M of CQI report sub-bands in a system and a number N of CQI report sub-bands needed to be reported ; b) measuring channel qualities of the entire sub-bands in the system and determining N CQI report sub-bands needed to be reported and the corresponding CQI value ; c) finding out a L-bit long sequence, which corresponds to the combination of sub-bands that needs to be reported, according to the corresponding relationship between the L-bit long sequence and combinations formed by selecting N report sub-bands from M ones, wherein the length of the sequence is: L = ⌈ log 2 C M N ⌉ , and d) sending the L-bit long sequence and the CQI value corresponding to each of the sub-bands needed to be reported to a base station , wherein sending the CQI value comprises indicating an index of the CQI report sub-band bearing a maximum CQI value and the maximum CQI value and indicating differential values between the maximum CQI value and the CQI value in other CQI report sub-bands. a) obtaining a total number M of CQI report sub-bands in a system and a number N of CQI report sub-bands needed to be reported ; b) measuring channel qualities of the entire sub-bands in the system and determining N CQI report sub-bands needed to be reported and the corresponding CQI value ; c) finding out a L-bit long sequence, which corresponds to the combination of sub-bands that needs to be reported, according to the corresponding relationship between the L-bit long sequence and combinations formed by selecting N report sub-bands from M ones, wherein the length of the sequence is: L = ⌈ log 2 C M N ⌉ , and d) sending the L-bit long sequence and the CQI value corresponding to each of the sub-bands needed to be reported to a base station ,