mhurhangee/patent-ind-claim-en huggingface dataset:
A slider, comprising a slider body , the slider body comprising a sliding portion at a bottom end and a convex portion , and the convex portion protruding upwards to form an inner cavity , wherein the slider body further comprises a metal member , an inner plastic layer covering an inner surface of the metal member , and an outer plastic layer covering an outer surface of the metal member , the metal member comprises a first bottom portion , and a first convex portion protruding upwards; the inner plastic layer comprises a second bottom portion covering an inner surface of the first bottom portion , and a second convex portion covering an inner surface of the first convex portion ; the outer plastic layer comprises a third bottom portion covering an outer surface of the first bottom portion , and a third convex portion covering an outer surface of the first convex portion ; the sliding portion of the slider body comprises the first bottom portion , the second bottom portion and the third bottom portion ; and the convex portion of the slider body comprises the first convex portion , the second convex portion , and the third convex portion ; characterised in that the first bottom portion of the metal member and the first convex portion of the metal member are each provided with a through hole filled through by the inner plastic layer and the outer plastic layer , and the inner plastic layer and the outer plastic layer are integrally formed with the metal member by injection molding.
Joining element for tubular profile bicycle rims apt to be inserted in the ends of the rim in order to allow the joining thereof following the application of a closing force, characterised in that it is made in two separate parts , joined by two elastically deformable transverse connecting elements , having respective central parts with opposite concavities.
A rectangular container (A) having two opposing first walls and two opposing second walls , two cover halves , each of which can be pivoted outwards and inwards by means of a hinge in order to open and close the container, wherein upper edges of the two opposing second walls of the container (A) extend at right angles to the hinges and retaining hooks for locking the cover halves are arranged on these edges , wherein the cover halves comprise sides which run at right angles to the hinges , characterized in that the sides which run at right angles to the hinges have openings for receiving the retaining hooks , and in each case at least one retaining hook which is fastened to a container wall is associated with each of these sides of the cover halves which run at right angles to the hinges, and that the retaining hooks are arranged in such a manner that the tip of the hooks of each retaining hook associated with a cover half points in each case towards the hinge of the respective cover half , and that the retaining hooks are movably attached to the container walls and are movable from a rest position towards the center of the second wall of the container (A) parallel to the upper edge of the second wall of the container (A), and the retaining hooks are each connected to a spring element which is preloaded upon movement of the retaining hook and is spontaneously moved back again by the spring force of the spring element . the sides which run at right angles to the hinges have openings for receiving the retaining hooks , and in each case at least one retaining hook which is fastened to a container wall is associated with each of these sides of the cover halves which run at right angles to the hinges, and that the retaining hooks are arranged in such a manner that the tip of the hooks of each retaining hook associated with a cover half points in each case towards the hinge of the respective cover half , and that the retaining hooks are movably attached to the container walls and are movable from a rest position towards the center of the second wall of the container (A) parallel to the upper edge of the second wall of the container (A), and the retaining hooks are each connected to a spring element which is preloaded upon movement of the retaining hook and is spontaneously moved back again by the spring force of the spring element .
An initial triple combination therapy of macitentan, tadalafil, and selexipag for use in reducing the risk of disease progression in a patient with pulmonary arterial hypertension (PAH), wherein the macitentan and tadalafil are initiated on day 1 and the selexipag is initiated on day 15 ± 3 days.
Method for installing new software on at least one functional group , wherein - the functional group comprises a plurality of components and the new software comprises new software packets for a number of selected components of the functional group and - each selected component comprises a processor, a communication interface and a storage unit, wherein with the method - a central unit transfers the associated new software packet to each of the selected components , - subsequently the installation of the new software packet transmitted thereupon is started on each of the selected components , - a check is then carried out to determine whether the installation was successful on each of the selected components , and - only if the installation was successful on each of the selected components will the function group be operated with the new software, characterised in that • new software is installed successively on a first functional group and then on at least one further functional group, wherein each functional group comprises a number of components and • the installation of new software on a further functional group is only carried out when the installation is successfully concluded for all selected components of the preceding functional group. - the functional group comprises a plurality of components and the new software comprises new software packets for a number of selected components of the functional group and - each selected component comprises a processor, a communication interface and a storage unit, - a central unit transfers the associated new software packet to each of the selected components , - subsequently the installation of the new software packet transmitted thereupon is started on each of the selected components , - a check is then carried out to determine whether the installation was successful on each of the selected components , and - only if the installation was successful on each of the selected components will the function group be operated with the new software, • new software is installed successively on a first functional group and then on at least one further functional group, wherein each functional group comprises a number of components and • the installation of new software on a further functional group is only carried out when the installation is successfully concluded for all selected components of the preceding functional group.
Method for monitoring a motor vehicle with an automated driving function, with different operating modes (SSL1, SSL2, SSL3) for bringing the motor vehicle to a standstill, wherein at least one energy store , in particular a battery, supplies at least one consumer which can bring the vehicle to a standstill, characterized in that the respective operating mode (SSL1, SSL2, SSL3) is respectively assigned a load profile which usually occurs when controlling the consumer in this operating mode (SSL1, SSL2, SSL3), and in that at least one characteristic variable of the energy store is predicted on the basis of at least one of the load profiles , and the operating mode (SSL1, SSL2, SSL3) associated with the load profile and/or the automated driving function is/are enabled, blocked, left or influenced on the basis of the predicted characteristic variable of the energy store .
Garment for use in fire extinguishing operations comprising a body wearable by an operator made of fireproof material and thermally insulating to protect the operator from heat and a safety apparatus incorporated in the body of said garment , which includes - a container in fireproof material; - electrical supply means housed in said container ; - an electronic device housed in said container and connected to said electrical supply means to be electrically powered; - a light signalling device comprising a support fixable to said body ; - a thermal sensing device comprising two temperature sensors , fixed to said body in such a way that a first of said temperature sensors is adapted to detect the external temperature to said garment and a second of said temperature sensors is apt for detecting the temperature inside said body ; characterized in that said safety apparatus comprises an alarm device , which includes a pneumatic actuator apt to generate a remote alarm, a screen of said light signaling device , which is permeable to the light and which is fixed to said support , and optical fibers having first ends fixed to said electronic device and second ends fixed to said screen so as to form on it luminous symbols in operating conditions; said electronic device comprising light-emitting means facing said first ends and being configured to operate said light-emitting means to generate a light signal in operation on said screen , a luminous signal in function of the occurrence of predefined temperature conditions detected by said temperature sensors and said electronic device being also apt for controlling said light emission means so as to activate or deactivate static information on said screen of said light signalling device in the form of predefined icons, said light signalling device thus being of a purely optical type. - a container in fireproof material; - electrical supply means housed in said container ; - an electronic device housed in said container and connected to said electrical supply means to be electrically powered; - a light signalling device comprising a support fixable to said body ; - a thermal sensing device comprising two temperature sensors , fixed to said body in such a way that a first of said temperature sensors is adapted to detect the external temperature to said garment and a second of said temperature sensors is apt for detecting the temperature inside said body ;
A method performed by a terminal in a communication system , the method comprising: receiving, from a base station , information indicating a number, N bundle , of resource blocks, RBs, within a bundle via radio resource control, RRC, layer signaling; and monitoring a physical downlink control channel, PDCCH, on a control resource set including a control channel element, CCE, based on CCE-to-RBs mapping for the control resource set, wherein the CCE consists of a plurality of RBs transmitted over one OFDM symbol, characterized in that , the CCE-to-RBs mapping is distributed in units of N bundle RBs, the PDCCH is monitored on the control resource set, based on assuming that a same precoding is applied to the N bundle RBs within the bundle, and the N bundle of RBs is one of 2 or 6. receiving, from a base station , information indicating a number, N bundle , of resource blocks, RBs, within a bundle via radio resource control, RRC, layer signaling; and monitoring a physical downlink control channel, PDCCH, on a control resource set including a control channel element, CCE, based on CCE-to-RBs mapping for the control resource set, wherein the CCE consists of a plurality of RBs transmitted over one OFDM symbol, characterized in that , the CCE-to-RBs mapping is distributed in units of N bundle RBs, the PDCCH is monitored on the control resource set, based on assuming that a same precoding is applied to the N bundle RBs within the bundle, and the N bundle of RBs is one of 2 or 6.
A particle for delivery of a polynucleotide to a target cell, generated according to a method comprising: (a) contacting the polynucleotide with a composition comprising 1,2-Dilauroyl-sn-Glicero-3-Phosphoethanolamine (DLPE) and 1,2-Dilauroyl-sn-Glicero-3-Glycerol (DLPG), wherein said DLPE and DLPG condense the polynucleotide by electrostatic interactions to generate a complex, without generation of liposomes; and (b) covalently binding said complex to a glycosaminoglycan targeting moiety at a pH equal to or below 4.5 (± 5%), wherein the targeting moiety comprises Hyaluronic Acid (HA). (a) contacting the polynucleotide with a composition comprising 1,2-Dilauroyl-sn-Glicero-3-Phosphoethanolamine (DLPE) and 1,2-Dilauroyl-sn-Glicero-3-Glycerol (DLPG), wherein said DLPE and DLPG condense the polynucleotide by electrostatic interactions to generate a complex, without generation of liposomes; and (b) covalently binding said complex to a glycosaminoglycan targeting moiety at a pH equal to or below 4.5 (± 5%),
A ceiling panel comprising: a frame body including a plurality of corner parts and a plurality of corner covers configured to detachably cover the corner parts of the frame body , wherein each of the corner parts includes an outer circumferential part defining a contour of the frame body and including a plurality of engaging holes , a screw-receiving part positioned on the inner side of the outer circumferential part , and a cover-fixing screw screwed into the screw-receiving part , each of the corner covers includes a plurality of engaging claws detachably hooked to the engaging holes ,and a screw-fixing part protruded toward the screw-receiving part , characterized in that the screw-fixing part includes a guide slot through which a stem of the cover-fixing screw passes in a penetrating manner and which is opened at a tip of the screw-fixing part , and guide walls protruded from the screw-fixing part so as to surround the guide slot , and configured to move the corner cover toward a regular position on the corner part by being brought into contact with an outer peripheral edge of a head of the cover-fixing screw when the cover-fixing screw is tightened. a frame body including a plurality of corner parts and a plurality of corner covers configured to detachably cover the corner parts of the frame body , wherein each of the corner parts includes an outer circumferential part defining a contour of the frame body and including a plurality of engaging holes , a screw-receiving part positioned on the inner side of the outer circumferential part , and a cover-fixing screw screwed into the screw-receiving part , each of the corner covers includes a plurality of engaging claws detachably hooked to the engaging holes ,and a screw-fixing part protruded toward the screw-receiving part , characterized in that the screw-fixing part includes a guide slot through which a stem of the cover-fixing screw passes in a penetrating manner and which is opened at a tip of the screw-fixing part , and guide walls protruded from the screw-fixing part so as to surround the guide slot , and configured to move the corner cover toward a regular position on the corner part by being brought into contact with an outer peripheral edge of a head of the cover-fixing screw when the cover-fixing screw is tightened.
A terminal device configured to perform measurement event evaluation for measurement reporting in respect of a downlink carrier operating in a wireless telecommunications system , wherein the terminal device comprises a controller unit and a transceiver unit configured to operate together to: determine that measurement event evaluation for the downlink carrier should be undertaken from a start time; obtain measurements of a parameter associated with radio channel conditions for frequency resources used by the downlink carrier during an evaluation period beginning at the start time; establish the extent to which the downlink carrier is being transmitted during the evaluation period; and evaluate whether to send a measurement report to network infrastructure equipment by taking account of both the measurements of the parameter during the evaluation period and the extent to which the downlink carrier is being transmitted during the evaluation period, wherein the terminal device is configured to be in downlink communication with the network infrastructure equipment using a primary downlink component carrier operating on frequency resources within a first frequency band, and the downlink carrier for which measurement event evaluation is performed is a secondary component carrier using frequency resources within a second frequency band, wherein the second frequency band comprises resources that are shared with wireless communication devices that are not part of the wireless telecommunications system. determine that measurement event evaluation for the downlink carrier should be undertaken from a start time; obtain measurements of a parameter associated with radio channel conditions for frequency resources used by the downlink carrier during an evaluation period beginning at the start time; establish the extent to which the downlink carrier is being transmitted during the evaluation period; and evaluate whether to send a measurement report to network infrastructure equipment by taking account of both the measurements of the parameter during the evaluation period and the extent to which the downlink carrier is being transmitted during the evaluation period, wherein the terminal device is configured to be in downlink communication with the network infrastructure equipment using a primary downlink component carrier operating on frequency resources within a first frequency band, and the downlink carrier for which measurement event evaluation is performed is a secondary component carrier using frequency resources within a second frequency band, wherein the second frequency band comprises resources that are shared with wireless communication devices that are not part of the wireless telecommunications system.
A method of monitoring a patient, comprising: obtaining an input image having a plurality of regions of interest by a processing unit; and determining a plurality of positions for the respective plurality of regions of interest by the processing unit; wherein the act of determining the plurality of positions comprises: accessing a plurality of templates ; comparing the plurality of templates with respective areas in the input image using a comparator in the processing unit; and determining the plurality of positions based at least in part on a result of the act of comparing; wherein the method of monitoring the patient is performed during a treatment and/or imaging procedure; characterized in that : the positions are determined and tracked in substantially real-time to allow real-time monitoring of the patient. obtaining an input image having a plurality of regions of interest by a processing unit; and determining a plurality of positions for the respective plurality of regions of interest by the processing unit; wherein the act of determining the plurality of positions comprises: accessing a plurality of templates ; comparing the plurality of templates with respective areas in the input image using a comparator in the processing unit; and determining the plurality of positions based at least in part on a result of the act of comparing; accessing a plurality of templates ; comparing the plurality of templates with respective areas in the input image using a comparator in the processing unit; and determining the plurality of positions based at least in part on a result of the act of comparing; wherein the method of monitoring the patient is performed during a treatment and/or imaging procedure; characterized in that : the positions are determined and tracked in substantially real-time to allow real-time monitoring of the patient.
A method comprising: computing , at a device, a first type of power headroom report; computing a second type of power headroom report; and transmitting the first type of power headroom report and the second type of power headroom report, the method characterised in that : the computing of the first type of power headroom report assumes only a transmission of a first transmit time interval length is present in a subframe, and the computing of the second type of power headroom report assumes transmissions of both the first transmit time interval length and a second transmit time interval length are present in the subframe, wherein the first transmit time interval length differs from the second transmit time interval length. computing , at a device, a first type of power headroom report; computing a second type of power headroom report; and transmitting the first type of power headroom report and the second type of power headroom report, the method characterised in that : the computing of the first type of power headroom report assumes only a transmission of a first transmit time interval length is present in a subframe, and the computing of the second type of power headroom report assumes transmissions of both the first transmit time interval length and a second transmit time interval length are present in the subframe, wherein the first transmit time interval length differs from the second transmit time interval length. the computing of the first type of power headroom report assumes only a transmission of a first transmit time interval length is present in a subframe, and the computing of the second type of power headroom report assumes transmissions of both the first transmit time interval length and a second transmit time interval length are present in the subframe, wherein the first transmit time interval length differs from the second transmit time interval length.
Process for preparing propylene, wherein a first material stream is provided using a steam cracking method and one or more fractionations , which first material stream is rich in ethylene, wherein a second material stream is provided using a synthesis gas production method , which second material stream contains carbon monoxide and hydrogen, wherein at least part of the ethylene from the first material stream is reacted with at least part of the carbon monoxide and the hydrogen from the second material stream to form propanal using a hydroformylation to obtain a third material stream , and wherein at least part of the propanal in the third material stream is converted to propylene, the ethylene being provided by means of the steam cracking method in a first component mixture, the propylene being provided in a second component mixture, characterized in that at least part of the first component mixture is subjected to a first fractionation to obtain the first material stream, and in that at least part of the second component mixture is subjected to one or more fractionation steps of the first fractionation or a second fractionation to obtain a pure propylene stream .
A drying hopper for drying granular material comprises: a hopper casing defining a plenum chamber for granular material, and having an upper part and a bottom part; a material inlet for the granular material arranged in said upper part; a material outlet port at said bottom part; means for introducing hot drying gas into said hopper casing; a gas outlet arranged in said upper part; wherein said means for introducing hot drying gas include a plurality of gas pipes arranged to extend substantially vertically in the upper part and extend downwardly to a zone between 25% to 50% of the casing height (H), each gas pipe having a gas outlet port (40.1) at its lower end and being connected at its upper end (40.2) to an annular gas duct having a gas inlet for receiving a flow of drying gas, the gas pipes being distributed on the annular gas duct. a hopper casing defining a plenum chamber for granular material, and having an upper part and a bottom part; a material inlet for the granular material arranged in said upper part; a material outlet port at said bottom part; means for introducing hot drying gas into said hopper casing; a gas outlet arranged in said upper part; wherein said means for introducing hot drying gas include a plurality of gas pipes arranged to extend substantially vertically in the upper part and extend downwardly to a zone between 25% to 50% of the casing height (H), each gas pipe having a gas outlet port (40.1) at its lower end and being connected at its upper end (40.2) to an annular gas duct having a gas inlet for receiving a flow of drying gas, the gas pipes being distributed on the annular gas duct.