mhurhangee/ep-ind-claims huggingface dataset:
A ventilation device in combination with an air conditioner, comprising: a ventilation unit comprising a supply fan, an exhaustion fan and a heat exchanger positioned between the supply fan and the exhaustion fan for heat-exchanging exhausted air from indoor by the exhaustion fan and supplied air from outdoor by the supply fan with each other; and a heating/cooling unit comprising a heating/cooling coil which is supplied refrigerant from an outdoor unit of the air conditioner for heating or cooling the supplied air from the ventilation unit, and is operated as evaporator in case of cooling the indoor space and as condenser in case of heating the indoor space; characterized in that the ventilation device is arranged such that when a defrosting operation of the outdoor unit is implemented, refrigerant supply to the heating/cooling coil of the heating/cooling unit is closed or a path of the supplied air is changed for the supplied air to bypass the heating/cooling coil of the heating/cooling unit, to prevent the supplied air drawn into the indoor space from the ventilation device from being cooled by the heating/cooling coil. a ventilation unit comprising a supply fan, an exhaustion fan and a heat exchanger positioned between the supply fan and the exhaustion fan for heat-exchanging exhausted air from indoor by the exhaustion fan and supplied air from outdoor by the supply fan with each other; and a heating/cooling unit comprising a heating/cooling coil which is supplied refrigerant from an outdoor unit of the air conditioner for heating or cooling the supplied air from the ventilation unit, and is operated as evaporator in case of cooling the indoor space and as condenser in case of heating the indoor space; characterized in that the ventilation device is arranged such that when a defrosting operation of the outdoor unit is implemented, refrigerant supply to the heating/cooling coil of the heating/cooling unit is closed or a path of the supplied air is changed for the supplied air to bypass the heating/cooling coil of the heating/cooling unit, to prevent the supplied air drawn into the indoor space from the ventilation device from being cooled by the heating/cooling coil.
A method for increasing network capacity for wireless mesh network, comprising the steps of: initiating a data transmission request between a source node and a destination node; identifying a mesh node from a plurality of mesh nodes which is closest to said source node and a target node which is closest to said destination node; establishing multiple paths from said source node towards said destination node by utilizing synchronization sub-frames included in a frame header for transferring packet data to said target node; fragmenting, at said mesh node, said packet data into sub-packets to assign and route said sub-packets into said multiple paths; and aggregating said sub-packets based on synchronization signals, arriving at said target node from said multiple paths at different time delay intervals, into data to be sent to said destination node. initiating a data transmission request between a source node and a destination node; identifying a mesh node from a plurality of mesh nodes which is closest to said source node and a target node which is closest to said destination node; establishing multiple paths from said source node towards said destination node by utilizing synchronization sub-frames included in a frame header for transferring packet data to said target node; fragmenting, at said mesh node, said packet data into sub-packets to assign and route said sub-packets into said multiple paths; and aggregating said sub-packets based on synchronization signals, arriving at said target node from said multiple paths at different time delay intervals, into data to be sent to said destination node.
Hand operated crimping tool comprising a body arranged between a distal end and a proximal end of the crimping tool, a tool head arranged distally on the crimping tool, and handles (8, 10) arranged proximally on the crimping tool, where at least one handle (8, 10) is arranged pivotally to the body, where the tool head is arranged axially slidable along the body, where a distal crimping die is arranged at the tool head and a proximal crimping die is arranged at the body between which crimping dies (42, 44) a workpiece is to be crimped, and where the movement of the at least one pivotally to the body arranged handle (8, 10) is arranged connected to the movement of the tool head by a mechanism, whereby the tool head is arranged movable between a distal non-crimping position and a proximal crimping position depending on the relative position of the tool handles (8, 10), characterized in, that the tool head is arranged slidably attached to the body using at least one pin (18, 20, 72) arranged to slide in at least one slot (22, 23, 24) extending axially along the tool, that the tool head comprises a main head part and a pivotably thereto attached pivotable head part, and that the pivotable head part is further arranged to be slidably guided along a curved path along the body by using at least one pin arranged to slide in a curved slot defining the curved path in order to achieve that the pivotable head part of the tool head is arranged automatically movable between an open head position and a closed head position depending on the relative position of the tool handles (8, 10), where the curved slot is arranged in the body and at least one pin is arranged in the pivotable head part or where the curved slot is arranged in the pivotable head part and at least one pin is arranged in the body.
Internal combustion engine, having a cylinder head and at least one piston-cylinder unit in which a piston is able to be moved between a lower and an upper dead centre position in a cylinder, wherein a main combustion chamber is formed in the cylinder by the piston and the cylinder head, said combustion chamber being connected to a pre-chamber which has a pre-chamber gas valve and wherein inlet and outlet valves (6, 7) of the main combustion chamber are actuated by an actuator, wherein the pre-chamber gas valve is connected to a source for a gas-air mixture and the actuator is configured in such a way that the inlet valve closes before the piston reaches the lower dead centre position, wherein the piston is implemented as a flat piston, characterised in that the pre-chamber load consists of a gas-air mixture having a lambda greater than 1.2 and the ratio of a volume of the pre-chamber to a compression volume of the main combustion chamber in the upper dead centre ranges from 1% to 5%.
Internal combustion engine valve train device for a motor vehicle, comprising at least one shift gate (10a; 10b), which is provided for converting a rotary movement (11 a; 11 b) of at least one cam element (12a, 13a; 12b, 13b) into an axial movement of the at least one cam element (12a, 13a; 12b, 13b) for stroke changeover, further comprising at least one first actuator (15a; 15b), which is provided for axially displacing a first cam element (12a; 12b) in one switching direction (16a; 16b) by means of an active connection to the shift gate (10a; 10b), further comprising at least one second actuator (17a; 17b), which is provided for axially displacing a second cam element (13a; 13b) in the same switching direction (16a; 16b) by means of an active connection to the shift gate (10a; 10b), and further comprising an open- and/or closed-loop control unit (18a; 18b), characterised in that the open- and/or closed-loop control unit (18a; 18b) is provided for simultaneously controlling and/or monitoring the at least two actuators (15a, 17a; 15b, 17b) for the axial displacement of the at least two cam elements (12a, 13a; 12b, 13b) in the same switching direction (16a; 16b).
A degassing device adapted for releasing carbon dioxide from a stream of water, said device comprising: - a tubular structure comprising a water inlet, and a water outlet; - an elongate shaft holding a plurality of blades twisted about a central longitudinal axis of said shaft; - a suspension adapted for supporting said shaft within said tubular structure; wherein said shaft is rotatably connected to said suspension; wherein each of said blades comprises a central part and two lateral parts, each flanking said central part; wherein a major part of said central part is substantially free from perforations, and wherein said lateral parts are perforated with multiple perforations, said perforations preferably evenly distributed over a major part of said lateral parts, characterized in that said shaft is positioned within said tubular structure between said inlet and said outlet of said tubular structure. - a tubular structure comprising a water inlet, and a water outlet; - an elongate shaft holding a plurality of blades twisted about a central longitudinal axis of said shaft; - a suspension adapted for supporting said shaft within said tubular structure; wherein said shaft is rotatably connected to said suspension; wherein each of said blades comprises a central part and two lateral parts, each flanking said central part; wherein a major part of said central part is substantially free from perforations, and wherein said lateral parts are perforated with multiple perforations, said perforations preferably evenly distributed over a major part of said lateral parts, characterized in that said shaft is positioned within said tubular structure between said inlet and said outlet of said tubular structure.
An in-vehicle structure of an inverter, comprising: an inverter; and a side member having a low rigidity portion and a high rigidity portion in a front-rear direction of the vehicle, the high rigidity portion being arranged behind the low rigidity portion, wherein a part of the inverter overlaps with the low rigidity portion in the front-rear direction of the vehicle, characterized in that the inverter has a high-voltage terminal connection portion whose position in the front-rear direction of the vehicle does not overlap with the low rigidity portion and overlaps with the high rigidity portion. an inverter; and a side member having a low rigidity portion and a high rigidity portion in a front-rear direction of the vehicle, the high rigidity portion being arranged behind the low rigidity portion, wherein a part of the inverter overlaps with the low rigidity portion in the front-rear direction of the vehicle, characterized in that the inverter has a high-voltage terminal connection portion whose position in the front-rear direction of the vehicle does not overlap with the low rigidity portion and overlaps with the high rigidity portion.
A method performed by a user equipment, UE, for handling communication in an unlicensed spectrum in a wireless communication network, the method comprising - triggering a recovery procedure upon fulfilling one or more conditions, wherein at least one condition, of the one or more conditions, is related to a quality of service, QoS, requirement, or a level of a quality of service, QoS, requirement of a service used by the UE, wherein the at least one condition comprises an access condition for triggering a recovery procedure, which access condition is based on one or more counters or timers related to channel access failure, being clear channel assessment failure, and, the QoS requirement or the level of QoS requirement of the service used by the UE, and wherein the access condition comprises clear channel assessment failures related to uplink, UL, transmissions, and wherein the access condition comprises a counter value that is associated with configured priority levels of different channel access methods. - triggering a recovery procedure upon fulfilling one or more conditions, wherein at least one condition, of the one or more conditions, is related to a quality of service, QoS, requirement, or a level of a quality of service, QoS, requirement of a service used by the UE,
Adapter (3, 3') for holding a dental implant, comprising a first end, a second end, and a longitudinal axis comprising: - a surgical section, provided at the first end for connecting to a surgical device - an engagement section provided at the second end adapted to engage an insertion device - a support section for connecting to a dental implant retainer - wherein the surgical section on the side of the first end comprises force or torque transmission means for the surgical device and - wherein on the first end an attachment element for a removable connection to the dental implant is placed, wherein the support section comprising an at least partially non-circular shape and is arranged in a recess formed on the outer surface of the adapter (3, 3'), wherein the adapter (3, 3') is made of metal or a metal alloy or any combination of metals and/or metal alloys and the attachment element comprises at least two, preferably three, spring elements. - a surgical section, provided at the first end for connecting to a surgical device - an engagement section provided at the second end adapted to engage an insertion device - a support section for connecting to a dental implant retainer - wherein the surgical section on the side of the first end comprises force or torque transmission means for the surgical device and - wherein on the first end an attachment element for a removable connection to the dental implant is placed,
A method for simulating a hierarchical layer modulated signal having a first modulation of an upper layer and a second modulation of a lower layer, comprising the steps of: providing an upper layer signal comprising a first bit stream having a constellation of signal points, the first bit stream modulated by a first carrier; providing a lower layer signal comprising a second bit stream having signal points, the second bit stream modulated by a second carrier to form the hierarchically layer modulated signal having a second constellation of signal points; attenuating the lower layer signal; and combining the upper layer signal and the attenuated lower layer signal to produce the composite layer modulated signal, wherein the composite layer modulated signal comprises the lower layer signal over the upper layer signal; wherein at least one directional coupler is used to tap the composite layer modulated signal, characterised in that the second modulated bit stream is modulated by the second carrier not coherent with the first carrier. providing an upper layer signal comprising a first bit stream having a constellation of signal points, the first bit stream modulated by a first carrier; providing a lower layer signal comprising a second bit stream having signal points, the second bit stream modulated by a second carrier to form the hierarchically layer modulated signal having a second constellation of signal points; attenuating the lower layer signal; and combining the upper layer signal and the attenuated lower layer signal to produce the composite layer modulated signal, wherein the composite layer modulated signal comprises the lower layer signal over the upper layer signal; wherein at least one directional coupler is used to tap the composite layer modulated signal, characterised in that the second modulated bit stream is modulated by the second carrier not coherent with the first carrier.
A compound having the chemical formula shown as Formula III: wherein, R 3 is one or more groups comprising, independently, H, F, diflouro, CF 3, a C1-C15 branched or straight chain alkyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted aralkyl group, a substituted or unsubstituted cycloalkyl group; R 6 and R 7 are, independently, H, CF 3, a C1-C15 branched or straight chain alkyl group, or a substituted or unsubstituted cycloalkyl group; R 9 is one or more groups comprising, independently, H, CF 3, a C1-C15 branched or straight chain alkyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted aralkyl group, or a substituted or unsubstituted cycloalkyl group; R 11 is H, or a C1-C15 branched or straight chain alkyl group. n is from 0 to 3; wherein one or more carbons in the fused ring structure can optionally be replaced with a heteroatom; or a pharmaceutically acceptable salt or enantiomeric, diastereomeric or geometric isomer thereof, for use in treating, preventing or ameliorating a non-neoplastic dermal condition selected from acne vulgaris, psoriasis, rosacea, actinic keratosis, seborrheic dermatitis, actinic lentigines, photo-induced skin damage, chemotherapy-induced skin damage, keratosis, xerosis, icthyosis, lichen, keratoderma, folliculitis, vitiligo, and melasma. R 3 is one or more groups comprising, independently, H, F, diflouro, CF 3, a C1-C15 branched or straight chain alkyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted aralkyl group, a substituted or unsubstituted cycloalkyl group; R 6 and R 7 are, independently, H, CF 3, a C1-C15 branched or straight chain alkyl group, or a substituted or unsubstituted cycloalkyl group; R 9 is one or more groups comprising, independently, H, CF 3, a C1-C15 branched or straight chain alkyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted aralkyl group, or a substituted or unsubstituted cycloalkyl group; R 11 is H, or a C1-C15 branched or straight chain alkyl group. n is from 0 to 3;
A connector module comprising: a housing including a cover and a base, the cover being coupled to the base to define a cavity therebetween, the cavity configured to receive a circuit card therein, the base having a top side and a bottom side, the top side facing the cover and defining part of the cavity, the base defining multiple windows that extend through the base between the top and bottom sides (126, 128), the base including a conductive layer that is at least partially covered by a non-conductive layer; and a conductive lead frame coupled to the bottom side of the base, the lead frame including multiple contact beams that extend into the cavity through the windows of the base, the lead frame being electrically isolated from the conductive layer of the base by the non-conductive layer of the base, the lead frame further including multiple mounting contacts configured to be mounted to conductive components of a circuit board. a housing including a cover and a base, the cover being coupled to the base to define a cavity therebetween, the cavity configured to receive a circuit card therein, the base having a top side and a bottom side, the top side facing the cover and defining part of the cavity, the base defining multiple windows that extend through the base between the top and bottom sides (126, 128), the base including a conductive layer that is at least partially covered by a non-conductive layer; and a conductive lead frame coupled to the bottom side of the base, the lead frame including multiple contact beams that extend into the cavity through the windows of the base, the lead frame being electrically isolated from the conductive layer of the base by the non-conductive layer of the base, the lead frame further including multiple mounting contacts configured to be mounted to conductive components of a circuit board.
A luminaire comprising a circuit board on which at least one illuminant is arranged, as well as a reflector unit having a reflector body which is fastened to a circuit board supporting the illuminant by a reflector holder above the illuminant, characterised in that an end face section of the reflector body facing the circuit board is moulded to a holding section of the reflector holder of a material inhomogeneous with the reflector body; and in that the reflector holder is soldered fast to the circuit board at a solder section comprising a metal material and located outside the reflector body.
An electromagnetic wave measurement device comprising: an electromagnetic wave output device that outputs an electromagnetic wave having a frequency equal to or more than 0.01 [THz] and equal to or less than 100 [THz] toward a device under test including at least two layers; an electromagnetic wave detector that detects reflected electromagnetic waves which are the electromagnetic waves reflected by the respective at least two layers; and on a measurement unit that measures the device under test based on both of extreme values J K, J K+1 of electric fields of the respective reflected electromagnetic waves and a time difference Δt K between timings in which the electric fields of the respective reflected electromagnetic waves take the extreme values J K, J K+1, wherein the measurement unit measures the device under test further based on an extreme value J o an electric field of the electromagnetic wave output toward the device under test; wherein the measurement unit measures the device under test based on a product R K x R K+1 of the ratios R K, R K+1 between the extreme values J K, J K+1 of the electric fields of the respective reflected electromagnetic waves, and the extreme value J o of the electric field of the electromagnetic wave output toward the device under test, or an absolute value R K x R K+1 of the product R K x R K+1, and wherein the measurement unit measures the device under test based on a product R K x R K+1 of the product R K x R K+1 or the absolute value R K x R K+1 of the product R K x R K+1 and a thickness L K =c·Δt K /(2 UK) of one of the at least two layers. an electromagnetic wave output device that outputs an electromagnetic wave having a frequency equal to or more than 0.01 [THz] and equal to or less than 100 [THz] toward a device under test including at least two layers; an electromagnetic wave detector that detects reflected electromagnetic waves which are the electromagnetic waves reflected by the respective at least two layers; and on a measurement unit that measures the device under test based on both of extreme values J K, J K+1 of electric fields of the respective reflected electromagnetic waves and a time difference Δt K between timings in which the electric fields of the respective reflected electromagnetic waves take the extreme values J K, J K+1, wherein the measurement unit measures the device under test further based on an extreme value J o an electric field of the electromagnetic wave output toward the device under test; wherein the measurement unit measures the device under test based on a product R K x R K+1 of the ratios R K, R K+1 between the extreme values J K, J K+1 of the electric fields of the respective reflected electromagnetic waves, and the extreme value J o of the electric field of the electromagnetic wave output toward the device under test, or an absolute value R K x R K+1 of the product R K x R K+1, and wherein the measurement unit measures the device under test based on a product R K x R K+1 of the product R K x R K+1 or the absolute value R K x R K+1 of the product R K x R K+1 and a thickness L K =c·Δt K /(2 UK) of one of the at least two layers.