mhurhangee/patent-ind-claim-en huggingface dataset:
A medium support unit comprising: a support surface that can support a medium; a depressed portion in which a part of the medium supported by the support surface can be depressed with respect to the support surface ; and an adjustment unit which can change a size of the depressed portion by changing a state of a first area in the depressed portion , characterized in that at least a part of the depressed portion is bottomless. a support surface that can support a medium; a depressed portion in which a part of the medium supported by the support surface can be depressed with respect to the support surface ; and an adjustment unit which can change a size of the depressed portion by changing a state of a first area in the depressed portion , characterized in that at least a part of the depressed portion is bottomless.
A household appliance, in particular a refrigerator or freezer, or a furniture item, having at least one storage space , in which at least one carrier plate having a bearing region and a shelf rotationally and translationally movable on the bearing region of the carrier plate are arranged, wherein the shelf has a planar bearing region , which is aligned plane-parallel to the bearing region of the carrier element , wherein the shelf is rotatable in relation to the carrier plate in a first rotational direction (R1) and is displaceable in a predetermined direction (A), characterized in that bearing surfaces of the bearing regions facing toward one another each comprise closed, peripheral running grooves , in which roller bodies are guided, wherein the running grooves are formed in such a way that if a force acts on the shelf in a direction (A) defined in the plane of the bearing region , the shelf is movable in an at least partially positively-guided, simultaneously rotational and translational movement from a base position into an intermediate position, during which the shelf is rotated in relation to the bearing plate in one of two possible opposing rotational directions (R 1 , R 2 ) and is displaced in a predetermined direction (A), wherein the shelf , after the movement into the intermediate position, is pivotable in relation to the carrier plate further in the one of two possible opposing rotational directions (R 1 , R 2 ) and is displaceable opposite to the predetermined direction (A) and occupies the base position again upon a pivot by 180°.
A method implemented in a base station used in a mobile communications system, comprising: transmitting an initial reservation packet using a first protocol to prevent other devices that use the first protocol from transmitting during a reserved duration; activating a carrier using a second protocol; transmitting information using the second protocol during the reserved duration; setting a contention window size of the first protocol to zero; transmitting, during a last subframe of the reserved duration, a plurality of additional reservation packets back-to-back using the first protocol to extend the reserved duration, said transmission of the additional reservation packets taking place while the carrier using the second protocol is still active and while no data transmission using said second protocol is scheduled in said last subframe, wherein the first protocol is a WIFI protocol and the second protocol is a long-term evolution, LTE, protocol, in unlicensed spectrum, and wherein the initial reservation packet and the plurality of additional reservation packets are Clear-To-Send to Self, CTS-to-Self, packets. transmitting an initial reservation packet using a first protocol to prevent other devices that use the first protocol from transmitting during a reserved duration; activating a carrier using a second protocol; transmitting information using the second protocol during the reserved duration; setting a contention window size of the first protocol to zero; transmitting, during a last subframe of the reserved duration, a plurality of additional reservation packets back-to-back using the first protocol to extend the reserved duration, said transmission of the additional reservation packets taking place while the carrier using the second protocol is still active and while no data transmission using said second protocol is scheduled in said last subframe, wherein the first protocol is a WIFI protocol and the second protocol is a long-term evolution, LTE, protocol, in unlicensed spectrum, and wherein the initial reservation packet and the plurality of additional reservation packets are Clear-To-Send to Self, CTS-to-Self, packets.
A battery unit comprising six battery unit faces , said battery unit having a shape that can be inscribed in an imaginary cube having six cube faces such that each battery unit face forms part of a corresponding imaginary cube face, wherein a first battery unit face pair of said battery unit comprises a first battery unit face and a second battery unit face , characterized in that said first battery unit face comprises a first set of anode terminals and a first set of cathode terminals , said second battery unit face comprising a second set of anode terminals and a second set of cathode terminals , said battery unit being such that said second battery unit face can assume two different positions relative to a first battery unit face of a second battery unit of the same type, wherein: - in a first position, each anode terminal of said second set of anode terminals of said second battery unit face contacts an anode terminal of said first set of anode terminals of said first battery unit face of said second battery unit and each cathode terminal of said second set of cathode terminals of said second battery unit face contacts a cathode terminal of said first set of cathode terminals of said first battery unit face of said second battery unit , and - in a second position, each anode terminal of said second set of anode terminals of said second battery unit face contacts a cathode terminal of said first set of cathode terminals of said first battery unit face of said second battery unit and each cathode terminal of said second set of cathode terminals of said second battery unit face contacts an anode terminal of said first set of anode terminals of said first battery unit face of said second battery unit . - in a first position, each anode terminal of said second set of anode terminals of said second battery unit face contacts an anode terminal of said first set of anode terminals of said first battery unit face of said second battery unit and each cathode terminal of said second set of cathode terminals of said second battery unit face contacts a cathode terminal of said first set of cathode terminals of said first battery unit face of said second battery unit , and - in a second position, each anode terminal of said second set of anode terminals of said second battery unit face contacts a cathode terminal of said first set of cathode terminals of said first battery unit face of said second battery unit and each cathode terminal of said second set of cathode terminals of said second battery unit face contacts an anode terminal of said first set of anode terminals of said first battery unit face of said second battery unit .
Connection system for connecting a pipe to a main pipe , a shaft, or the like, at a transverse opening , the connection system being connectable to the main pipe or the shaft for this purpose, comprising a hollow-stopper-shaped, at least partly soft installation insert , the outer side of which is adapted to the transverse opening and the inner side of which has a conical screw region , the installation insert having a widened end portion having at least one angled tab , which portion can be pushed partly through the transverse opening in the main pipe or shaft with the tab at the front, and an outer bearing surface of the installation insert , in a connection state in which the connection system is connected to the main pipe or shaft, being at least partly in contact with a main pipe inner surface , which adjoins and surrounds the transverse opening , and a relatively harder connecting piece , which has an engagement end , a conical centre part having an external thread , and a drive end , at least one bearing element being arranged on the end portion of the installation insert opposite the widened end portion and at least one fixing element being arranged on the end of the bearing surface of the installation insert opposite the widened end portion , the bearing element protruding outwards away from the end portion and being curved towards the widened end portion , characterised in that one such bearing element in the form of a lip protruding outwards away from the end portion of the installation insert is located between two fixing elements in each case, which lip is curved towards the widened end portion . a hollow-stopper-shaped, at least partly soft installation insert , the outer side of which is adapted to the transverse opening and the inner side of which has a conical screw region , the installation insert having a widened end portion having at least one angled tab , which portion can be pushed partly through the transverse opening in the main pipe or shaft with the tab at the front, and an outer bearing surface of the installation insert , in a connection state in which the connection system is connected to the main pipe or shaft, being at least partly in contact with a main pipe inner surface , which adjoins and surrounds the transverse opening , and a relatively harder connecting piece , which has an engagement end , a conical centre part having an external thread , and a drive end , at least one bearing element being arranged on the end portion of the installation insert opposite the widened end portion and at least one fixing element being arranged on the end of the bearing surface of the installation insert opposite the widened end portion , the bearing element protruding outwards away from the end portion and being curved towards the widened end portion , characterised in that one such bearing element in the form of a lip protruding outwards away from the end portion of the installation insert is located between two fixing elements in each case, which lip is curved towards the widened end portion .
A power conversion apparatus comprising: A plurality of power conversion units including switching elements ; each power conversion unit comprising DC conductors for supplying a DC power, and connection conductors which are connected to the DC conductors , the DC conductors are shaped as laminated thin-plates arranged to face each other, having a surface on which the switching elements are provided, wherein the connection conductors are formed to extend along the same side of one of the DC conductors , characterized in that the connection conductors are structured so as to have a length having an inductance component which inhibits a ripple current caused by switching of the switching elements . A plurality of power conversion units including switching elements ; each power conversion unit comprising DC conductors for supplying a DC power, and connection conductors which are connected to the DC conductors , the DC conductors are shaped as laminated thin-plates arranged to face each other, having a surface on which the switching elements are provided, wherein the connection conductors are formed to extend along the same side of one of the DC conductors , characterized in that the connection conductors are structured so as to have a length having an inductance component which inhibits a ripple current caused by switching of the switching elements .
A method of manufacturing a hydraulic plug for sealing a passage of a hydraulic gallery, the method comprising: providing a shell , the shell comprising a circumferential wall , a sealed end , an open end and a cylindrical cavity opening to the open end, the open end of the shell being wider externally than the sealed end; and inserting a head of an expander into the cavity, the expander further comprising a stem that extends out from the cavity for applying a tensile (T) force to the head, the method being characterised by : in the step of inserting a head of an expander, the expander has a convex contact surface which is rounded in an axial direction (A) of the cavity ; and plastically deforming a region of the shell adjacent its open end , to form a constricted opening retaining the head of the expander within the cavity, wherein the plastically deforming causes material from the circumferential wall of the shell to be displaced radially inward around the head of the expander , reshaping an internal surface of the cavity to create a ramp on the sealed end side of the constricted opening for the head of the expander to engage. providing a shell , the shell comprising a circumferential wall , a sealed end , an open end and a cylindrical cavity opening to the open end, the open end of the shell being wider externally than the sealed end; and inserting a head of an expander into the cavity, the expander further comprising a stem that extends out from the cavity for applying a tensile (T) force to the head, the method being characterised by : in the step of inserting a head of an expander, the expander has a convex contact surface which is rounded in an axial direction (A) of the cavity ; and plastically deforming a region of the shell adjacent its open end , to form a constricted opening retaining the head of the expander within the cavity, wherein the plastically deforming causes material from the circumferential wall of the shell to be displaced radially inward around the head of the expander , reshaping an internal surface of the cavity to create a ramp on the sealed end side of the constricted opening for the head of the expander to engage. in the step of inserting a head of an expander, the expander has a convex contact surface which is rounded in an axial direction (A) of the cavity ; and plastically deforming a region of the shell adjacent its open end , to form a constricted opening retaining the head of the expander within the cavity, wherein the plastically deforming causes material from the circumferential wall of the shell to be displaced radially inward around the head of the expander , reshaping an internal surface of the cavity to create a ramp on the sealed end side of the constricted opening for the head of the expander to engage.
A clothes drying appliance (2; 8), comprising a process air channel and a heat pump , wherein - an evaporator and a condenser of the heat pump are accommodated within the process air channel , with the condenser accommodated downstream of the evaporator with respect to a direction of a process air flow, and wherein - a compressor of the heat pump (3-5) is accommodated within the process air channel between the evaporator and the condenser characterized in that - the compressor is a horizontal rotary compressor; - the process air channel comprises a linear tube-like enclosure housing the evaporator , the compressor , and the condenser ; - the evaporator is realized as a first finned tube-type heat exchanger and the condenser is realized as a second finned tube-type heat exchanger; - a fin spacing of the condenser is smaller than a fin spacing of the evaporator ; and - a number of rows of linear tube sections along the process air channel is the same for the condenser and the evaporator while a number of linear tube sections along a vertical direction is greater for the condenser . - an evaporator and a condenser of the heat pump are accommodated within the process air channel , with the condenser accommodated downstream of the evaporator with respect to a direction of a process air flow, and wherein - a compressor of the heat pump (3-5) is accommodated within the process air channel between the evaporator and the condenser - the compressor is a horizontal rotary compressor; - the process air channel comprises a linear tube-like enclosure housing the evaporator , the compressor , and the condenser ; - the evaporator is realized as a first finned tube-type heat exchanger and the condenser is realized as a second finned tube-type heat exchanger; - a fin spacing of the condenser is smaller than a fin spacing of the evaporator ; and - a number of rows of linear tube sections along the process air channel is the same for the condenser and the evaporator while a number of linear tube sections along a vertical direction is greater for the condenser .
A method performed by a wireless device for handling positioning of the wireless device in a wireless communications network , comprising: - receiving assistance data from a location node , or a radio network node , in the wireless communications network, wherein the assistance data comprises a positioning configuration comprising a start and/or stop information comprising one bit indicating initiation and/or termination of PRS transmissions; - measuring , based on the assistance data, a positioning information of PRSs; and - transmitting the measured positioning information to the location node or the radio network node. - receiving assistance data from a location node , or a radio network node , in the wireless communications network, wherein the assistance data comprises a positioning configuration comprising a start and/or stop information comprising one bit indicating initiation and/or termination of PRS transmissions; - measuring , based on the assistance data, a positioning information of PRSs; and - transmitting the measured positioning information to the location node or the radio network node.
A method comprising: conveying a downhole tool within a tubular , the tubular being secured within a wellbore extending into a subterranean formation, the downhole tool comprising a laser apparatus and having a sealing material disposed around a portion of the downhole tool ; operating the laser apparatus to form a slot along the tubular ; positioning the sealing material disposed on the downhole tool opposite the slot formed in the tubular ; melting the sealing material ; and utilizing a spreader that protrudes radially from the downhole tool to guide the melted sealing material into the slot such that the sealing material seals the slot upon solidification. conveying a downhole tool within a tubular , the tubular being secured within a wellbore extending into a subterranean formation, the downhole tool comprising a laser apparatus and having a sealing material disposed around a portion of the downhole tool ; operating the laser apparatus to form a slot along the tubular ; positioning the sealing material disposed on the downhole tool opposite the slot formed in the tubular ; melting the sealing material ; and utilizing a spreader that protrudes radially from the downhole tool to guide the melted sealing material into the slot such that the sealing material seals the slot upon solidification.
A method for operating a drug delivery system , comprising: - providing a drug delivery system having a control system comprising a pressure sensor adapted to measure pressure signals indicative of a resistance against a flow of a drug to be delivered and a processing device functionally connected to the pressure sensor; - detecting a pressure signal indicative of the resistance against the flow of the drug by the pressure sensor, which is configured for detection during administering the drug; and - comparing the measured pressure signal to a reference value; characterized in that the control system is adapted for generating display data for user information and providing the display data to an output device of the drug delivery system if the measured pressure signal is above the reference value, the generating comprising - scheduling a test reminder for a glucose level test event, the glucose level test event scheduled for a test event time; - generating display data indicative of the test reminder; and - providing the display data to the output device of the drug delivery system at the test event time. - providing a drug delivery system having a control system comprising a pressure sensor adapted to measure pressure signals indicative of a resistance against a flow of a drug to be delivered and a processing device functionally connected to the pressure sensor; - detecting a pressure signal indicative of the resistance against the flow of the drug by the pressure sensor, which is configured for detection during administering the drug; and - comparing the measured pressure signal to a reference value; - scheduling a test reminder for a glucose level test event, the glucose level test event scheduled for a test event time; - generating display data indicative of the test reminder; and - providing the display data to the output device of the drug delivery system at the test event time.
An immunobinder comprising the following solubility enhancing motif in the heavy chain amino acid positions 12, 103 and 144 (AHo numbering): (a1) Serine (S) at heavy chain amino acid position 12; (b1) Threonine (T) at heavy chain amino acid position 103; and (c1) Serine (S) at heavy chain amino acid position 144; or (a2) Serine (S) at heavy chain amino acid position 12; (b2) Threonine (T) at heavy chain amino acid position 103; and (c2) Threonine (T) at heavy chain amino acid position 144, wherein the immunobinder is an scFv antibody, a full-length immunoglobulin, or a nanobody. (a1) Serine (S) at heavy chain amino acid position 12; (b1) Threonine (T) at heavy chain amino acid position 103; and (c1) Serine (S) at heavy chain amino acid position 144; or (a2) Serine (S) at heavy chain amino acid position 12; (b2) Threonine (T) at heavy chain amino acid position 103; and (c2) Threonine (T) at heavy chain amino acid position 144,
A bendable cutting apparatus for myocardium, comprising a cutting portion , a bendable portion , and a driving portion ; the bendable portion being connected between the cutting portion and the driving portion ; the cutting portion being driven by the driving portion to cut down a target portion of the myocardium; wherein the bendable portion is configured to bend in response to being tensioned and loosen by the driving portion ; wherein the cutting portion further has a cavity , a cutter configured to cut down the target portion of the myocardium, and a puncture needle ; the cutter and the puncture needle are provided in the cavity ; and a groove is provided on a wall of the cutting portion to receive the target portion of the myocardium; wherein the cutter is connected to the driving portion by a first shaft ; and the driving portion is further configured to drive the cutter to move linearly and rotate along a long axis of the cutting apparatus ; wherein the puncture needle is connected to the driving portion by a second shaft and is driven by the driving portion to move along the long axis of the cutting apparatus ; the second shaft is extendable in the first shaft ; and a connecting block is provided at a front end of the second shaft , wherein the puncture needle is provided at a lower position on the connecting block relative to an axis of the second shaft to puncture through the groove ; and the puncture needle is provided inclined downward relative to the axis of the second shaft . wherein the cutting portion further has a cavity , a cutter configured to cut down the target portion of the myocardium, and a puncture needle ; the cutter and the puncture needle are provided in the cavity ; and a groove is provided on a wall of the cutting portion to receive the target portion of the myocardium; wherein the cutter is connected to the driving portion by a first shaft ; and the driving portion is further configured to drive the cutter to move linearly and rotate along a long axis of the cutting apparatus ; wherein the puncture needle is connected to the driving portion by a second shaft and is driven by the driving portion to move along the long axis of the cutting apparatus ; the second shaft is extendable in the first shaft ; and a connecting block is provided at a front end of the second shaft , wherein the puncture needle is provided at a lower position on the connecting block relative to an axis of the second shaft to puncture through the groove ; and the puncture needle is provided inclined downward relative to the axis of the second shaft .