mhurhangee/patent-ind-claim-en huggingface dataset:
A bracket mechanism , comprising: a connecting wall having a longitudinal length, and configured to be fixedly connected to a slide rail of a slide rail assembly with the longitudinal length being parallel to a longitudinal direction of the slide rail ; and a mounting device , wherein the mounting device and the connecting wall are movable relative to each other in a pivotable manner to be in one of a locking state and an unlocking state; wherein the mounting device comprises at least one mounting member configured to be mounted to a post ; wherein the bracket mechanism further comprises a pivot shaft ; the pivot shaft is arranged in a direction substantially identical to a direction of the longitudinal length; wherein the mounting device further comprises an end wall , the at least one mounting member is arranged on the end wall , and the mounting device is pivotally connected, with the end wall thereof, to the connecting wall through the pivot shaft ; wherein when the mounting device and the connecting wall are in the locking state, the at least one mounting member is adjacent to the connecting wall to be closed relative to each other; wherein when the mounting device and the connecting wall are in the unlocking state, the at least one mounting member is away from the connecting wall to be opened relative to each other via pivoting the mounting device and the connecting wall relative to each other through the pivot shaft . a connecting wall having a longitudinal length, and configured to be fixedly connected to a slide rail of a slide rail assembly with the longitudinal length being parallel to a longitudinal direction of the slide rail ; and a mounting device , wherein the mounting device and the connecting wall are movable relative to each other in a pivotable manner to be in one of a locking state and an unlocking state; wherein the mounting device comprises at least one mounting member configured to be mounted to a post ; wherein the bracket mechanism further comprises a pivot shaft ; the pivot shaft is arranged in a direction substantially identical to a direction of the longitudinal length; wherein the mounting device further comprises an end wall , the at least one mounting member is arranged on the end wall , and the mounting device is pivotally connected, with the end wall thereof, to the connecting wall through the pivot shaft ; wherein when the mounting device and the connecting wall are in the locking state, the at least one mounting member is adjacent to the connecting wall to be closed relative to each other; wherein when the mounting device and the connecting wall are in the unlocking state, the at least one mounting member is away from the connecting wall to be opened relative to each other via pivoting the mounting device and the connecting wall relative to each other through the pivot shaft .
A muscle stimulation system, comprising: a plurality of stimulation electrodes adapted to be positioned on a subject; a cooling element in communication with a cooling element control unit, wherein the cooling element control unit is configured to control the cooling element to decrease the temperature of one or more superficial tissues, and wherein the cooling element is configured to be positioned on the subject at a location between the plurality of stimulation electrodes where the plurality of stimulation electrodes are not positioned; and a stimulation control unit in communication with the plurality of stimulating electrodes. a plurality of stimulation electrodes adapted to be positioned on a subject; a cooling element in communication with a cooling element control unit, wherein the cooling element control unit is configured to control the cooling element to decrease the temperature of one or more superficial tissues, and wherein the cooling element is configured to be positioned on the subject at a location between the plurality of stimulation electrodes where the plurality of stimulation electrodes are not positioned; and a stimulation control unit in communication with the plurality of stimulating electrodes.
A method of carbonitriding at least one steel part (PA) comprising a first step during which said part (PA) is heated up to a first selected temperature, in an environment containing a neutral gas and under a selected pressure, a second step of nitrogen enrichment in a first enrichment chamber (CE1) of said heated part (PA), by α-phase nitriding at a second temperature, a third step of carbon enrichment in a second enrichment chamber (CE2) of said nitrogen-enriched part (PA) by carburizing at a third temperature selected to be greater than said second temperature, and a fourth step during which said nitrogen- and carbon-enriched part (PA) is quenched under pressure, characterized in that the second temperature is selected to be lower than said first temperature.
An orthopedic or prosthetic support comprising: a substantially porous inner layer comprising a flexible cushioning material including a plurality of perforations extending between opposite sides of the layer ; a substantially porous intermediate layer comprising a flexible material including a plurality of perforations extending between opposite sides of the layer and a plurality of spacer members arranged in a repeating pattern, wherein the substantially porous intermediate layer is situated substantially parallel to the substantially porous inner layer yet spaced apart by the spacer members so as to provide air passages between the intermediate layer and the inner layer and air pathways through both the plurality of perforations in the intermediate layer and the plurality of perforations in the inner layer and wherein the flexible material of the intermediate layer has greater hardness than the flexible cushioning material of the inner layer ; a substantially porous exterior layer enclosing the intermediate layer , wherein air external to the orthopedic or prosthetic support may pass through the substantially porous exterior layer to the air pathways; and a securing mechanism affixed to at least the exterior layer for securing the orthopedic or prosthetic support to a living being. a substantially porous inner layer comprising a flexible cushioning material including a plurality of perforations extending between opposite sides of the layer ; a substantially porous intermediate layer comprising a flexible material including a plurality of perforations extending between opposite sides of the layer and a plurality of spacer members arranged in a repeating pattern, wherein the substantially porous intermediate layer is situated substantially parallel to the substantially porous inner layer yet spaced apart by the spacer members so as to provide air passages between the intermediate layer and the inner layer and air pathways through both the plurality of perforations in the intermediate layer and the plurality of perforations in the inner layer and wherein the flexible material of the intermediate layer has greater hardness than the flexible cushioning material of the inner layer ; a substantially porous exterior layer enclosing the intermediate layer , wherein air external to the orthopedic or prosthetic support may pass through the substantially porous exterior layer to the air pathways; and a securing mechanism affixed to at least the exterior layer for securing the orthopedic or prosthetic support to a living being.
A system for producing geothermal energy comprising a. a pressure-tight cooling reservoir and a lower situated pressure-tight rock cavity serving as a heat reservoir, wherein an increased temperature and optionally an increased pressure is present in the heat reservoir compared with the cooling reservoir, wherein the heat reservoir is a pressure-tight natural or artificial salt rock cavity, b. an injection line through which a liquid energy exchange medium present in the cooling reservoir can be fed to the heat reservoir, c. a riser line through which the energy exchange medium, which has changed to its gaseous or supercritical aggregate state, can be returned from the heat reservoir to the cooling reservoir, wherein the riser line comprises a device for energy conversion, characterized in that the cooling reservoir is a pressure-tight natural or artificial salt rock cavity. a. a pressure-tight cooling reservoir and a lower situated pressure-tight rock cavity serving as a heat reservoir, wherein an increased temperature and optionally an increased pressure is present in the heat reservoir compared with the cooling reservoir, wherein the heat reservoir is a pressure-tight natural or artificial salt rock cavity, wherein an increased temperature and optionally an increased pressure is present in the heat reservoir compared with the cooling reservoir, wherein the heat reservoir is a pressure-tight natural or artificial salt rock cavity, b. an injection line through which a liquid energy exchange medium present in the cooling reservoir can be fed to the heat reservoir, c. a riser line through which the energy exchange medium, which has changed to its gaseous or supercritical aggregate state, can be returned from the heat reservoir to the cooling reservoir,
A hydromassage device with a movable jet comprising a frame and a structure for therapeutic applications, the structure comprising: at least one layer with sensor elements , wherein, in use, a first force affects the layer from one side and a second force affects the layer from the other side, characterized in that, the sensor elements are arranged to detect the first and second forces, and wherein the at least one layer is sandwiched between an upper layer and a lower layer , and the structure being arranged substantially horizontally as reclining surface on one side and for receiving the moveable jet from the other side. a frame and a structure for therapeutic applications, the structure comprising: at least one layer with sensor elements , wherein, in use, a first force affects the layer from one side and a second force affects the layer from the other side, characterized in that, the sensor elements are arranged to detect the first and second forces, and wherein the at least one layer is sandwiched between an upper layer and a lower layer , and the structure being arranged substantially horizontally as reclining surface on one side and for receiving the moveable jet from the other side. at least one layer with sensor elements , wherein, in use, a first force affects the layer from one side and a second force affects the layer from the other side, characterized in that, the sensor elements are arranged to detect the first and second forces, and wherein the at least one layer is sandwiched between an upper layer and a lower layer , and the structure being arranged substantially horizontally as reclining surface on one side and for receiving the moveable jet from the other side.
Hinge strip for doors, windows and furniture with a first strip flap having two first rollers arranged spaced apart from one another on a common pivot axis and a second strip flap having two second rollers arranged spaced apart from one another on the pivot axis , wherein a second roller , viewed in the direction of the pivot axis, adjoins a first roller from the inside, wherein adjacent first and second rollers are connected to one another via a respective pivot pin so as to be pivotable relative to one another about the pivot axis , characterised in that there is a free space between the two second rollers and a third strip flap is provided with a first roller and a fourth strip flap is provided with a fourth roller , wherein the third and the fourth roller are arranged next to one another in the free space on the pivot axis , wherein a slip ring is accommodated inside the third and fourth roller for current and/or signal transmission. characterised in that there is a free space between the two second rollers and a third strip flap is provided with a first roller and a fourth strip flap is provided with a fourth roller , wherein the third and the fourth roller are arranged next to one another in the free space on the pivot axis , wherein a slip ring is accommodated inside the third and fourth roller for current and/or signal transmission.
An arrangement for storage of thermal energy, - comprising a heat storage means of three-dimensional configuration, - comprising a solid natural material designed for heat storage as heat storage material, - comprising a fluid designed for transfer of thermal energy to the heat storage material and for withdrawal of thermal energy from the heat storage material, - in which the heat storage material is disposed within the heat storage means, - in which the heat storage means has at least one inlet and at least one outlet through which the fluid for energy storage and for energy withdrawal is guided, - wherein heated fluid for energy storage is introduced into the heat storage means via the inlet, transfers thermal energy to the heat storage material therein and is guided out of the heat storage means via the outlet, and - wherein cool fluid for energy withdrawal is introduced into the heat storage means via the inlet, absorbs thermal energy from the heat storage material therein and is guided out of the heat storage means via the outlet, - wherein the heat storage material is a magmatic rock, characterized in that - the heat storage material does not include any proportions of primary water-containing mineral phases. - comprising a heat storage means of three-dimensional configuration, - comprising a solid natural material designed for heat storage as heat storage material, - comprising a fluid designed for transfer of thermal energy to the heat storage material and for withdrawal of thermal energy from the heat storage material, - in which the heat storage material is disposed within the heat storage means, - in which the heat storage means has at least one inlet and at least one outlet through which the fluid for energy storage and for energy withdrawal is guided, - wherein heated fluid for energy storage is introduced into the heat storage means via the inlet, transfers thermal energy to the heat storage material therein and is guided out of the heat storage means via the outlet, and - wherein cool fluid for energy withdrawal is introduced into the heat storage means via the inlet, absorbs thermal energy from the heat storage material therein and is guided out of the heat storage means via the outlet, - wherein the heat storage material is a magmatic rock, - the heat storage material does not include any proportions of primary water-containing mineral phases.
- A heat storage-type heat exchange device, comprising a first thermally conductive tube that is hollow over its length, a second thermally conductive tube that is hollow over its length, and a thermally conductive fin , wherein the fin extends lengthwise along the first tube , the fin extends lengthwise along the second tube and the fin extends width-wise between the first tube and the second tube , characterized in that the device further comprises water surrounding the first tube , the second tube and the fin , and in that the fin comprises a first thermally conductive half-fin , which extends between the first tube and a first edge and a second thermally conductive half-fin , which extends between the second tube and a second edge, the fin having a width higher than ten times the width of a tube.
A three-dimensional, 3D, nested transformer , comprising: a substrate having a plurality of through substrate vias daisy chained together with a plurality of traces , at least some of the plurality of through substrate vias having first and second conductive regions, in which the first conductive regions comprise inner cores of the plurality of through substrate vias and the second conductive regions comprise outer shells of the plurality of through substrate vias, each of the inner cores separated from the outer shells by a hollow space; and the plurality of traces including a first trace of a first set of traces corresponding to a primary winding coupling together an inner core of a first through substrate via of the plurality of through substrate vias to an inner core of a second through substrate via, and a second trace of a second set of traces corresponding to a secondary winding coupling together an outer shell of the first through substrate via to an outer shell of the second through substrate via, in which the first set of traces and the second set of traces are on opposing first and second surfaces of the substrate and coupled together by the plurality of through substrate vias in a serpentine manner. a substrate having a plurality of through substrate vias daisy chained together with a plurality of traces , at least some of the plurality of through substrate vias having first and second conductive regions, in which the first conductive regions comprise inner cores of the plurality of through substrate vias and the second conductive regions comprise outer shells of the plurality of through substrate vias, each of the inner cores separated from the outer shells by a hollow space; and the plurality of traces including a first trace of a first set of traces corresponding to a primary winding coupling together an inner core of a first through substrate via of the plurality of through substrate vias to an inner core of a second through substrate via, and a second trace of a second set of traces corresponding to a secondary winding coupling together an outer shell of the first through substrate via to an outer shell of the second through substrate via, in which the first set of traces and the second set of traces are on opposing first and second surfaces of the substrate and coupled together by the plurality of through substrate vias in a serpentine manner.
A method for producing a metal laminate material by bonding two sheets, one sheet composed of a material M1 and the other sheet composed of a material M2, M1 being a stainless steel, Ti or a titanium alloy, or Mo or a molybdenum alloy, M2 being Al or an aluminum alloy, wherein the method comprises the steps of: subjecting the faces to be bonded of the two sheets to sputtering treatment with inert gas ions under vacuum such that oxide layers on surface layers remain, wherein an etching amount by sputtering treatment on a face to be bonded is 1 nm to 10 nm in terms of SiO 2 , i.e. energy sufficient to etch 1 nm to 10 nm of SiO 2 is applied; temporarily bonding the two sheets by roll pressure bonding; and conducting a thermal treatment to thereby bond the two sheets; and wherein Tm1 > Tm2 where Tm1 in Kelvin is the melting point of M1 and Tm2 in Kelvin is the melting point of M2, the temperature of the thermal treatment is 0.45Tm2 or more and less than 0.45Tml, provided that the temperature is not more than Tm2, and wherein the remains of the oxide layers are confirmable by observing peaks derived from oxygen in the front and back of the temporarily bonded laminate material interface by Auger electron spectrometer (AES). subjecting the faces to be bonded of the two sheets to sputtering treatment with inert gas ions under vacuum such that oxide layers on surface layers remain, wherein an etching amount by sputtering treatment on a face to be bonded is 1 nm to 10 nm in terms of SiO 2 , i.e. energy sufficient to etch 1 nm to 10 nm of SiO 2 is applied; temporarily bonding the two sheets by roll pressure bonding; and conducting a thermal treatment to thereby bond the two sheets; and wherein Tm1 > Tm2 where Tm1 in Kelvin is the melting point of M1 and Tm2 in Kelvin is the melting point of M2, the temperature of the thermal treatment is 0.45Tm2 or more and less than 0.45Tml, provided that the temperature is not more than Tm2, and wherein the remains of the oxide layers are confirmable by observing peaks derived from oxygen in the front and back of the temporarily bonded laminate material interface by Auger electron spectrometer (AES).
A method of operating a communication system on a shared frequency spectrum, the method comprising: initializing a user equipment, UE, on a primary serving cell, PCell, operating on a licensed frequency spectrum; transmitting data from the UE to at least one secondary serving cell, SCell, operating on the shared frequency spectrum; monitoring the at least one SCell by the UE to determine a BUSY status; if not BUSY, transmitting to a base station on the at least one SCell; and if BUSY, reporting the BUSY status of the at least one SCell to the base station; determining an IDLE status of at least another secondary serving cell; and transmitting an identity of the at least another secondary serving cell on a Physical Uplink Control Channel of the PCell to the base station. initializing a user equipment, UE, on a primary serving cell, PCell, operating on a licensed frequency spectrum; transmitting data from the UE to at least one secondary serving cell, SCell, operating on the shared frequency spectrum; monitoring the at least one SCell by the UE to determine a BUSY status; if not BUSY, transmitting to a base station on the at least one SCell; and if BUSY, reporting the BUSY status of the at least one SCell to the base station; determining an IDLE status of at least another secondary serving cell; and transmitting an identity of the at least another secondary serving cell on a Physical Uplink Control Channel of the PCell to the base station.
Timepiece movement comprising a drive member, a finishing going train driven by the drive member, an escapement (1; 100; 5) driven by the finishing going train, a regulating member (2; 102) maintained by the escapement (1; 100; 5) and regulating the finishing going train, a time display mechanism driven by the finishing going train for the display of at least one time indication and a time setting mechanism arranged to enable the time display mechanism to be set to time, the time setting mechanism comprising a control member, wherein the time setting mechanism further comprises a disengaging device (7; 700; 9) arranged to move between two positions when a user actuates the control member, a first, rest position, in which the finishing going train and the time display mechanism are connected to the escapement (1; 100; 5) and thus regulated by the regulating member, and a second position, characterised in that in the second, time setting position, the disengaging device (7; 700; 9) cooperates with a mobile of the escapement or a mobile of the finishing going train so that the time display mechanism is no longer regulated by the regulating member and turns freely, driven by the drive member.