mhurhangee/ep-ind-claims huggingface dataset:
Method for assisting a driver when parking a motor vehicle, having the steps of: - moving the motor vehicle in a driving lane along a predetermined driving trajectory (15, 16), wherein the driving lane is bounded by at least one row of parking spaces, and wherein the at least one row of parking spaces has a plurality of parking spaces for the motor vehicle, - using a receiving device of the motor vehicle to receive environmental data which describe an environment of the driving lane, - using an evaluation device of the motor vehicle to determine whether the at least one of the driving lanes has a free parking space on the basis of the received environmental data, and - adapting the predetermined driving trajectory (15, 16) if a free parking space is determined, wherein an adapted driving trajectory is at a shorter distance from the at least one row of parking spaces than the predetermined driving trajectory (15, 16), at least in sections, wherein the environmental data are provided by at least one environmental sensor of the motor vehicle, wherein the at least one environmental sensor is in the form of a camera, wherein the motor vehicle is moved along a first driving trajectory as the predetermined driving trajectory (15, 16) if the driving lanes are bounded on both sides by one of the rows of parking spaces in each case, wherein the first driving trajectory runs centrally between the rows of parking spaces, at least in sections,, wherein the motor vehicle is moved along a second driving trajectory as the predetermined driving trajectory (15, 16) if the at least one driving lane is bounded on one side by one of the rows of parking spaces, wherein the second driving trajectory is at a shorter distance from one of the rows of parking spaces than the first driving trajectory, at least in sections. - moving the motor vehicle in a driving lane along a predetermined driving trajectory (15, 16), wherein the driving lane is bounded by at least one row of parking spaces, and wherein the at least one row of parking spaces has a plurality of parking spaces for the motor vehicle, - using a receiving device of the motor vehicle to receive environmental data which describe an environment of the driving lane, - using an evaluation device of the motor vehicle to determine whether the at least one of the driving lanes has a free parking space on the basis of the received environmental data, and - adapting the predetermined driving trajectory (15, 16) if a free parking space is determined, wherein an adapted driving trajectory is at a shorter distance from the at least one row of parking spaces than the predetermined driving trajectory (15, 16), at least in sections,
Apparatus for promoting scarfree healing of a wound at a wound site where negative pressure wound therapy (NPWT) is applied, the apparatus comprising: a wound dressing comprising a wound contact layer comprising silicone and an open area in an amount and proportion sufficient to inhibit scar tissue formation when NPWT is applied at the wound site wherein said wound contact layer comprises a plurality of through holes, a combined area of said holes comprising said open area and said open area comprising around 20% or less of an overall area of the wound contact layer; and wherein the wound dressing further comprises a gas impermeable moisture vapour permeable cover layer, wherein the cover layer is sealed to the wound contact layer in a border region around the circumference of the wound dressing.
Energy supply unit, comprising: an output for outputting an output current (I OUT) and an output voltage (U OUT); and a protection element comprising a signal output path, wherein the protection element is connected downstream of the output and is configured to maintain the signal output path when a first amplitude threshold value is exceeded by the output current (I OUT) and to interrupt the signal output path when a second amplitude threshold value is exceeded by the output current (I OUT), wherein the second amplitude threshold value is higher than the first amplitude threshold value; characterized in that the energy supply unit is configured to reduce an amplitude of the output voltage (U OUT) and to increase an amplitude of the output current (I OUT) above the second amplitude threshold value when the first amplitude threshold value is exceeded by the output current (I OUT) in order to interrupt the signal output path. an output for outputting an output current (I OUT) and an output voltage (U OUT); and a protection element comprising a signal output path, wherein the protection element is connected downstream of the output and is configured to maintain the signal output path when a first amplitude threshold value is exceeded by the output current (I OUT) and to interrupt the signal output path when a second amplitude threshold value is exceeded by the output current (I OUT), wherein the second amplitude threshold value is higher than the first amplitude threshold value; characterized in that the energy supply unit is configured to reduce an amplitude of the output voltage (U OUT) and to increase an amplitude of the output current (I OUT) above the second amplitude threshold value when the first amplitude threshold value is exceeded by the output current (I OUT) in order to interrupt the signal output path.
A storage module comprising a storage zone for storing flat articles by accumulation in a stack and on edge, a main conveyor that extends transversely to the storage zone, a stacking function for transferring an article from the main conveyor to the storage zone and for stacking it at the back of the stack of articles in the storage zone, and an unstacking function for extracting an article from the back of the stack of articles and for transferring it to the main conveyor, said storage module being characterized in that the unstacking function comprises an unstacking plate having a perforated belt and controlled suction and disposed between the main conveyor and the storage zone, said unstacking plate having a first segment parallel to the stack of articles and a second segment that is adjacent to the first segment and that extends slantwise relative to the first segment, said controlled suction being disposed in the slantwise second segment of the unstacking plate.
A surgical tool and control device comprising: a surgical power tool; a control device coupled to the surgical power tool, the control device including: a housing including arms for coupling the control device to the power tool, the arms extending from the housing and engaging at least a portion of the outer perimeter of a handpiece of the power tool; a pressure responsive touch pad located on a first surface of the control device for receiving a user input; a control unit for sending user input information received at the touch pad to the power tool for directing a speed of the power tool; wherein the control unit is movable along the handpiece of the surgical power tool. a surgical power tool; a control device coupled to the surgical power tool, the control device including: a housing including arms for coupling the control device to the power tool, the arms extending from the housing and engaging at least a portion of the outer perimeter of a handpiece of the power tool; a pressure responsive touch pad located on a first surface of the control device for receiving a user input; a control unit for sending user input information received at the touch pad to the power tool for directing a speed of the power tool; wherein the control unit is movable along the handpiece of the surgical power tool. a housing including arms for coupling the control device to the power tool, the arms extending from the housing and engaging at least a portion of the outer perimeter of a handpiece of the power tool; a pressure responsive touch pad located on a first surface of the control device for receiving a user input; a control unit for sending user input information received at the touch pad to the power tool for directing a speed of the power tool; wherein the control unit is movable along the handpiece of the surgical power tool.
A shoe (10; 30) having an air pumping device which is configured to pump air into the inner space of the shoe while a user of the shoe is walking and which comprises a cavity (14; 34) arranged in a heel area of the shoe (10; 30) which is compressible when force is exerted by the foot of a user, an air duct, connected to at least one channel (16; 36), via which the air can be pressed from the cavity (14; 34) into the at least one channel (16; 36), an insole (19; 39) having openings (18; 38) via which the air from the at least one channel (16; 36) can reach the inner cavity of the shoe (10; 30), and an outsole having several air cushions provided on the outside of the outsole which during the walking movement faces the substrate being walked on, characterised in that the shoe (10; 30) comprises an air duct (15; 35) having an air inlet device (20; 40) arranged on the outside of the shoe (10; 30) and having a first one-way valve (17a; 37a) which is configured in such a way that it only lets air from outside the shoe (10; 30) into the cavity (14; 34) via the air duct (15; 35), in that the air duct, which is in connection with at least one channel (16; 36) and via which the air can be pressed out of the cavity (14; 34) into the at least one channel(16; 36), comprises a second one-way valve (17b; 37b) which is configured in such a way that it only lets air from the cavity (14; 34) through to the at least one channel (16; 36), in that the air cushions comprise rear air cushions (12a; 32a) in the heel area of the shoe (10; 30) into which the cavity (14; 34) extends through openings (21; 41) of a main outsole body (11; 31), and in that the air cushions comprise front air cushions (12b; 32b) in the front area of the shoe (10; 30) into which the air pumping device does not extend.
A vacuum pumping system comprising: a plurality of vacuum pumping arrangements for evacuating a flammable gas stream and exhausting the gas stream through one or more exhaust outlets (78; 82); a housing for housing the vacuum pumping arrangements and forming an air flow duct for an air flow for mixing with the exhaust gas stream output from the one or more exhaust outlets (78; 82) in a mixing region in the housing; an airflow generator for generating an air flow through the air flow duct to cause mixing of air with the flammable gas stream to a percentage of the flammable gas in the air flow lower than the lower flammability limit of the flammable gas; and an air flow sensor (130, 134) for sensing the flow of air for determining if the air flow is sufficient to dilute the flammable gas to lower than said percentage. a plurality of vacuum pumping arrangements for evacuating a flammable gas stream and exhausting the gas stream through one or more exhaust outlets (78; 82); a housing for housing the vacuum pumping arrangements and forming an air flow duct for an air flow for mixing with the exhaust gas stream output from the one or more exhaust outlets (78; 82) in a mixing region in the housing; an airflow generator for generating an air flow through the air flow duct to cause mixing of air with the flammable gas stream to a percentage of the flammable gas in the air flow lower than the lower flammability limit of the flammable gas; and an air flow sensor (130, 134) for sensing the flow of air for determining if the air flow is sufficient to dilute the flammable gas to lower than said percentage.
A biocompatible system for filling a tissue gap, comprising: a first module that is biocompatible and degradable and a second module that is biocompatible and degradable; wherein each module (30a, 30b) has an irregular disk shape having two flat sides and each module comprises a dovetail connector on each flat side, wherein the dovetail connector from one of the first or second module is designed to couple with a dovetail connector from the other of the first or second module and wherein the circumference of the irregular disk shape is substantially in the form of an outline of missing tissue in the gap in the long bone or mandible, characterised in that the system further comprises a biocompatible and degradable tissue scaffold rack comprising a trough shaped portion having two side regions, a bottom region, a proximal end and distal end, wherein the tissue scaffold rack comprises one or more rack connectors configured to couple to each module including a first connector having a first shape and the first module comprises a n additional connector having a second shape that corresponds to the first shape, wherein the additional connector of the first module is designed to engage with the first connector -of the tissue scaffold rack; wherein the modules fit into the trough shaped region by contacting the bottom region and substantially spanning the two side regions; and each of the first and second module and the rack have a porous microstructure, are synthesized from polycaprolactone and are substantially coated with calcium-deficient carbonate-containing hydroxyapatite. a first module that is biocompatible and degradable and a second module that is biocompatible and degradable; wherein each module (30a, 30b) has an irregular disk shape having two flat sides and each module comprises a dovetail connector on each flat side, wherein the dovetail connector from one of the first or second module is designed to couple with a dovetail connector from the other of the first or second module and wherein the circumference of the irregular disk shape is substantially in the form of an outline of missing tissue in the gap in the long bone or mandible, characterised in that the system further comprises a biocompatible and degradable tissue scaffold rack comprising a trough shaped portion having two side regions, a bottom region, a proximal end and distal end, wherein the tissue scaffold rack comprises one or more rack connectors configured to couple to each module including a first connector having a first shape and the first module comprises a n additional connector having a second shape that corresponds to the first shape, wherein the additional connector of the first module is designed to engage with the first connector -of the tissue scaffold rack; wherein the modules fit into the trough shaped region by contacting the bottom region and substantially spanning the two side regions; and each of the first and second module and the rack have a porous microstructure, are synthesized from polycaprolactone and are substantially coated with calcium-deficient carbonate-containing hydroxyapatite.
Refrigeration appliance, wherein the refrigeration appliance comprises a camera module for detecting first image data of an item to be refrigerated at a first time point and second image data of the item to be refrigerated at a second time point and a freshness determination device for determining a state of freshness of the item to be refrigerated based on the first image data and the second image data, wherein the freshness determination device comprises a processor device for processing the first and second image data, characterised in that the freshness determination device is configured to detect the type of item to be refrigerated, based on the first image data or the second image data, wherein the refrigeration appliance comprises a refrigeration compartment with a sensor mat for detecting an alteration to a loading of a shelf, so that the film-like sensor mat may be used for identifying weight alterations, wherein the sensor mat is a few millimetres thick and is positioned on the shelf, wherein the processor device is configured to determine the state of freshness of the item to be refrigerated, based on the data relating to weight alterations which are detected by the sensor mat.
Assembly for monitoring the occupancy state of a switch or a track region, comprising a track section which is designed as a resonant circuit, wherein the resonant circuit contains a rail and an additional rail of the track section with a galvanic bridge (6, 7) on both sides and a capacitor arranged between the rails (4, 5), characterised in that the assembly has at least one adaptation coil assembly which is placed in a compartment of the track section formed by the galvanic bridges (6, 7) on both sides and is connected to a rail-free connection of the capacitor with a single-sided connection to one rail on one side and to the other rail on the other side.
A method of operating a heat transfer system (200, 300, 400, 500), said method comprising: transferring heat produced by a fuel cell module towards a thermal energy storage module (218, 552) including a phase-change material; storing the heat produced by the fuel cell module in the thermal energy storage module; and channeling water produced by the fuel cell module through the thermal energy storage module (218, 232) to thereby decreasing a temperature of the thermal energy storage module, characterized in that transferring the heat produced by the fuel cell module further comprises absorbing, via a plurality of heat pipes (220, 554) of the thermal energy storage module which heat pipes are coupled to the fuel cell module, the heat produced by the fuel cell module. transferring heat produced by a fuel cell module towards a thermal energy storage module (218, 552) including a phase-change material; storing the heat produced by the fuel cell module in the thermal energy storage module; and channeling water produced by the fuel cell module through the thermal energy storage module (218, 232) to thereby decreasing a temperature of the thermal energy storage module,
Combination of a parameterizable electrical apparatus and a power supply connecting device, wherein the electric power supply connecting device comprises: - a first connector for an electric power source; - a second connector to the electrical apparatus; and - a storage device for parameter data which is capable of being read out by the electrical apparatus; and wherein the electrical apparatus comprises: - a control device which controls the reading-in and/or storing of parameter data. - a first connector for an electric power source; - a second connector to the electrical apparatus; and - a storage device for parameter data which is capable of being read out by the electrical apparatus; and wherein the electrical apparatus comprises: - a control device which controls the reading-in and/or storing of parameter data.
A method performed by a terminal in a wireless communication system, the method comprising: transmitting a request message for a registration toward an access and mobility management function, AMF, entity comprised in said wireless communication system; receiving an approval message for the registration originating from the AMF entity as a response to the request message, wherein the approval message includes local area data network, LADN, information, and wherein the LADN information includes a data network name, DNN, of an LADN and LADN service area information for the LADN, the LADN service area information being information on a set of tracking areas, TAs; and transmitting, toward the AMF entity, a message for requesting establishment of a protocol data unit, PDU, session for the LADN in case that the terminal is in an LADN service area corresponding to said set of TAs, wherein in case that the terminal gets out of the LADN service area after the PDU session for the LADN is established based on the message for requesting establishment of a PDU session, the PDU session for the LADN is deactivated instead of being disconnected. transmitting a request message for a registration toward an access and mobility management function, AMF, entity comprised in said wireless communication system; receiving an approval message for the registration originating from the AMF entity as a response to the request message, wherein the approval message includes local area data network, LADN, information, and wherein the LADN information includes a data network name, DNN, of an LADN and LADN service area information for the LADN, the LADN service area information being information on a set of tracking areas, TAs; and transmitting, toward the AMF entity, a message for requesting establishment of a protocol data unit, PDU, session for the LADN in case that the terminal is in an LADN service area corresponding to said set of TAs, wherein in case that the terminal gets out of the LADN service area after the PDU session for the LADN is established based on the message for requesting establishment of a PDU session, the PDU session for the LADN is deactivated instead of being disconnected.
An electrical shunting device for a railway vehicle wheel, the wheel comprising a support member, a tyre mounted on the support member, an insulating material disposed between the support member and the tyre so as to electrically isolate the tyre from the support member, the shunting device comprising: - an electrically conductive contact member for attachment to either the tyre or the support member, - a main body for attachment to the other of the bandage or the support member, the main body defining a receiving volume, characterised in that the device comprises: - a conductive pin received in the reception volume of the main body, the pin being movable in translation in a first direction with respect to the main body, the pin being disposed opposite the contact member, - a constraining element received in the receiving volume, said constraining element constraining the pin outwardly from the receiving volume in the first direction so that the pin is held in electrical contact with the contact member. - an electrically conductive contact member for attachment to either the tyre or the support member, - a main body for attachment to the other of the bandage or the support member, the main body defining a receiving volume, characterised in that the device comprises: - a conductive pin received in the reception volume of the main body, the pin being movable in translation in a first direction with respect to the main body, the pin being disposed opposite the contact member, - a constraining element received in the receiving volume, said constraining element constraining the pin outwardly from the receiving volume in the first direction so that the pin is held in electrical contact with the contact member.