mhurhangee/patent-ind-claim-en huggingface dataset:
A clipping machine (CM) for producing sausage-shaped products (S), like sausages, by filling a tubular or bag-shaped packaging casing (M) with filling material and closing said filled tubular or bag-shaped packaging casing (M), including a filling tube through which the filling material is fed into said tubular or bag-shaped packaging (M) casing which is stored on said filling tube , a casing brake assembly (CB) arranged on the filling tube for limiting the movement of the tubular packaging casing (M) at least while being filled, gathering means for gathering said filled tubular packaging casing (M) and for forming a plait-like portion (P) thereto, and a clipping device for applying at least one closure means (C), like a closure clip, to the plait-like portion (P) formed on the filled tubular or bag-shaped packaging casing (M) in a closing region (CR), the clipping machine (CM) further comprises: a housing (H) defining at least a front wall , a rear wall, and two side walls of the clipping machine (CM), for enclosing at least the clipping device and the gathering means , characterized in that the housing (H) includes at least one housing element arranged in the front wall of the housing (H) for covering at least the closing region (CR), wherein the at least one housing element is coupled to the clipping machine (CM) by a linking device including a shifting mechanism for reversibly shifting the housing element relative to the clipping machine (CM), in a shifting direction (DS), for granting access to the closing region (CR) of the clipping machine (CM). a housing (H) defining at least a front wall , a rear wall, and two side walls of the clipping machine (CM), for enclosing at least the clipping device and the gathering means , characterized in that the housing (H) includes at least one housing element arranged in the front wall of the housing (H) for covering at least the closing region (CR), wherein the at least one housing element is coupled to the clipping machine (CM) by a linking device including a shifting mechanism for reversibly shifting the housing element relative to the clipping machine (CM), in a shifting direction (DS), for granting access to the closing region (CR) of the clipping machine (CM).
A computer implemented method comprising: testing primitives against quads to determine how the primitives cover the quads; interpolating vertex attributes at coarse pixel centers of a shading quad for each of two primitives; computing pixel shader input attributes as a coverage weighted average of the interpolated vertex attributes for the two primitives; merging coarse quad fragments of the two primitives prior to coarse pixel shading, wherein the coarse quad fragments are merged only if the coarse quad fragments are from the same draw call and correspond to the same coarse pixels on screen, but their sample coverage does not overlap ; and performing the coarse pixel shading using the merged coarse quad fragments of the two primitives. testing primitives against quads to determine how the primitives cover the quads; interpolating vertex attributes at coarse pixel centers of a shading quad for each of two primitives; computing pixel shader input attributes as a coverage weighted average of the interpolated vertex attributes for the two primitives; merging coarse quad fragments of the two primitives prior to coarse pixel shading, wherein the coarse quad fragments are merged only if the coarse quad fragments are from the same draw call and correspond to the same coarse pixels on screen, but their sample coverage does not overlap ; and performing the coarse pixel shading using the merged coarse quad fragments of the two primitives.
A method for preparing a compound represented by Formula 3 or a pharmaceutically acceptable salt thereof by reacting a compound represented by Formula 1 with a compound represented by Formula 2 or a pharmaceutically acceptable salt thereof.
A power supply control device for a communication network, comprising: a monitoring module and N voltage-adjustable Direct Current/Direct Current, DC/DC, modules , wherein N input ends of the monitoring module are connected with N power supply circuits, respectively, and N output ends of the monitoring module are connected with input ends of the N voltage-adjustable DC/DC modules, respectively; and output ends of the N voltage-adjustable DC/DC modules are connected in parallel to supply power to a subordinate electro-load, wherein N is an integer more than or equal to 2; characterized in that the monitoring module is configured to detect circuit data at an input of the DC/DC modules , compare the circuit data of the power supply circuits with each other, calculate an average value of the circuit data at an input of the DC/DC modules , analyse required output circuit data of each of the power supply circuits, and transmit the required output circuit data of each of the power supply circuits to the respective voltage-adjustable DC/DC module ; the voltage-adjustable DC/DC modules are configured to receive the required output circuit data of the power supply circuits from the monitoring module, and adjust output voltages of the power supply circuits according to the output circuit data.
Device for fixing an element to a railway vehicle, more particularly to an underframe of the railway vehicle, comprising: - a rail which is to be secured to the railway vehicle, comprising a longitudinal central groove delimited by two inner flanges which are arranged facing one another, and - means for screwing the element into the longitudinal central groove , characterised in that : - the rail comprises two outer flanges , each extending opposite a respective inner flange , and - the fixing device comprises at least one generally C-shaped fixing member , comprising: • a lower central wall which is to extend parallel to the rail , delimiting with the rail a space for housing at least a portion of the element , • two side walls extending vertically on either side of the central wall , each side wall comprising a fixing flange which is to cooperate with one of the outer flanges of the rail . - a rail which is to be secured to the railway vehicle, comprising a longitudinal central groove delimited by two inner flanges which are arranged facing one another, and - means for screwing the element into the longitudinal central groove , - the rail comprises two outer flanges , each extending opposite a respective inner flange , and - the fixing device comprises at least one generally C-shaped fixing member , comprising: • a lower central wall which is to extend parallel to the rail , delimiting with the rail a space for housing at least a portion of the element , • two side walls extending vertically on either side of the central wall , each side wall comprising a fixing flange which is to cooperate with one of the outer flanges of the rail . • a lower central wall which is to extend parallel to the rail , delimiting with the rail a space for housing at least a portion of the element , • two side walls extending vertically on either side of the central wall , each side wall comprising a fixing flange which is to cooperate with one of the outer flanges of the rail .
A management sub-system for managing a small cell network servicing a plurality of network operators, the system comprising: a controller in communication with a plurality of core networks , wherein each of the plurality of core networks is operated by a separate network operator providing telecommunication services to terminal devices; and a plurality of baseband processing units (104a-c) in communication with the controller , wherein each of the plurality of baseband processing units (104a-c) is configured to process data plane data and control plane data from at least one respective core network of the plurality of core networks for distribution via a plurality of remote antenna units (108a-c) of the small cell network ; characterized in that the controller is configured for providing a respective amount of capacity via the small cell network for each core network of the plurality of core networks based on a respective subset of the plurality of baseband processing units (104a-c) assigned to the corresponding core network , wherein the controller is further configured to modify the allocation of capacity based on a schedule and/or a load experienced by each network operator using the small cell network ; and that the controller is further configured to perform inter-cell interference coordination between signals communicated from the plurality of core networks over the plurality of remote antenna units (108a-c) to corresponding small cells (109a-c). a controller in communication with a plurality of core networks , wherein each of the plurality of core networks is operated by a separate network operator providing telecommunication services to terminal devices; and a plurality of baseband processing units (104a-c) in communication with the controller , wherein each of the plurality of baseband processing units (104a-c) is configured to process data plane data and control plane data from at least one respective core network of the plurality of core networks for distribution via a plurality of remote antenna units (108a-c) of the small cell network ; characterized in that the controller is configured for providing a respective amount of capacity via the small cell network for each core network of the plurality of core networks based on a respective subset of the plurality of baseband processing units (104a-c) assigned to the corresponding core network , wherein the controller is further configured to modify the allocation of capacity based on a schedule and/or a load experienced by each network operator using the small cell network ; and that the controller is further configured to perform inter-cell interference coordination between signals communicated from the plurality of core networks over the plurality of remote antenna units (108a-c) to corresponding small cells (109a-c).
Ceiling feedthrough device (1.1, 1.2, 1.3, 1.4), prefabricated ex works, for a storey ceiling , comprising a pipeline (3.1, 3.2, 3.3, 3.4) having a first connecting portion and having a second connecting portion , comprising a sound insulation medium which encloses the pipeline (3.1, 3.2, 3.3, 3.4) in portions and/or a thermal insulation medium which encloses the pipeline (3.1, 3.2, 3.3, 3.4) in portions and/or a fire retardant medium assigned to the pipeline (3.1, 3.2, 3.3, 3.4), the sound insulation medium and/or the thermal insulation medium and/or the fire retardant medium being arranged between the first connecting portion and the second connecting portion in terms of a longitudinal extension direction of the pipeline (3.1, 3.2, 3.3, 3.4), and comprising a contact body (7.1, 7.2, 7.3, 7.4), enclosing the pipeline (3.1, 3.2, 3.3, 3.4) between the first connecting portion and the second connecting portion and having a planar contact face facing the first connecting portion , the contact body (7.1, 7.2, 7.3, 7.4) being formed from a fireproof material and preferably from a mineral fireproof material, characterised in that a mounting rail is provided, which is orientated in the longitudinal extension direction of the pipeline (3.1, 3.2, 3.3, 3.4) and on which the pipeline (3.1, 3.2, 3.3, 3.4) and/or the sound insulation medium and/or the thermal insulation medium and/or the fire-retardant medium and/or the contact body (7.1, 7.2, 7.3, 7.4) are held.
A heat dissipation enclosure for a heat generation device of a wind power generator set, wherein the heat dissipation enclosure comprises an enclosure body defining an intermediate space, and a thermal radiation absorption coating is at least partially applied on an inner wall of the enclosure body , wherein a thermal radiation dissipation coating is at least partially applied on an outer wall of the enclosure body , wherein the thermal radiation dissipation coating is arranged on an outer wall, at a shady side, of the enclosure body .
Welding torch , comprising a nozzle stock for receiving a contact tube and a gas nozzle , in particular for MIG/MAG protective gas welding, a torch holder , and a flexible, tubular connecting element which connects the nozzle stock and the torch holder to one another and which is designed to set a stable position of the nozzle stock and preferably also of arc components, such as a welding wire and/or an electrode, which are arranged in the nozzle stock , relative to the torch holder , wherein the connecting element leads a wire guide core and/or the welding wire or the electrode, a duct for conducting gas, such as protective gas, to the gas nozzle , and leads an electrical conductor from the torch holder to the nozzle stock , wherein the connecting element furthermore leads at least one line for a cooling fluid, such as water, from the torch holder to the nozzle stock , wherein the nozzle stock comprises a fluid-cooled heat exchanger which is connected to the at least one line , and the heat exchanger has at least one connection for the at least one line at its end facing away from the arc, characterized in that the at least one line is configured as a polymer tube, and the heat exchanger comprises a plurality of cooling chambers , which are offset in the axial direction (A), for receiving the cooling fluid, wherein a partition wall is provided between two directly axially adjacent cooling chambers , which partition wall comprises at least one passage for the communication of axially adjacent cooling chambers . the connecting element furthermore leads at least one line for a cooling fluid, such as water, from the torch holder to the nozzle stock , wherein the nozzle stock comprises a fluid-cooled heat exchanger which is connected to the at least one line , and the heat exchanger has at least one connection for the at least one line at its end facing away from the arc, characterized in that the at least one line is configured as a polymer tube, and the heat exchanger comprises a plurality of cooling chambers , which are offset in the axial direction (A), for receiving the cooling fluid, wherein a partition wall is provided between two directly axially adjacent cooling chambers , which partition wall comprises at least one passage for the communication of axially adjacent cooling chambers .
A hydraulic shovel comprising: an engine ; a hydraulic pump adapted to be driven by the engine ; an excavating attachment (4-9) which is adapted to be driven by oil discharged from the hydraulic pump ; a motor generator that is adapted to assist a power supply of the engine ; and an assist control unit that is configured to control the motor generator to assist the engine in a latter part of an excavating operation of the excavating attachment (4-9); characterized by : an operation status detection unit that is configured to detect a timing from which the latter part of the excavating operation is about to start based on an operation status of the excavating attachment (4-9), wherein the assist control unit is configured to control the motor generator to assist the engine when the operation status detection unit detects that the latter part of the excavating operation is about to start. an engine ; a hydraulic pump adapted to be driven by the engine ; an excavating attachment (4-9) which is adapted to be driven by oil discharged from the hydraulic pump ; a motor generator that is adapted to assist a power supply of the engine ; and an assist control unit that is configured to control the motor generator to assist the engine in a latter part of an excavating operation of the excavating attachment (4-9); characterized by : an operation status detection unit that is configured to detect a timing from which the latter part of the excavating operation is about to start based on an operation status of the excavating attachment (4-9), wherein the assist control unit is configured to control the motor generator to assist the engine when the operation status detection unit detects that the latter part of the excavating operation is about to start. an operation status detection unit that is configured to detect a timing from which the latter part of the excavating operation is about to start based on an operation status of the excavating attachment (4-9), wherein the assist control unit is configured to control the motor generator to assist the engine when the operation status detection unit detects that the latter part of the excavating operation is about to start.
A method for generating recommended queries related to a search query, the method comprising: Receiving the search query, Executing the search query on an index of pre-computed query clusters to identify a baseline query cluster and one or more neighboring query clusters, forming a data structure including queries from within the baseline query cluster and the one or more neighboring query clusters, traversing the data structure to form a hierarchical arrangement of queries, and sending the hierarchical arrangement of queries to a computing device from which the search query was received. Receiving the search query, Executing the search query on an index of pre-computed query clusters to identify a baseline query cluster and one or more neighboring query clusters, forming a data structure including queries from within the baseline query cluster and the one or more neighboring query clusters, traversing the data structure to form a hierarchical arrangement of queries, and sending the hierarchical arrangement of queries to a computing device from which the search query was received.
Assembly for thermoforming, comprising a workstation at which a material can be subjected to thermoforming and comprising a UV irradiation device set up to irradiate a UV-curable coating of the material with UV radiation at the workstation so as to cure the UV-curable coating of the material using the UV radiation; wherein the UV irradiation device is formed with a movable irradiation unit ; wherein the material can be subjected to the thermoforming at the workstation using a forming tool , and the UV irradiation device is formed and arranged in such a way that the material can be irradiated with the UV radiation using the UV irradiation device so as to cure the coating while the material is located on the forming tool ; wherein to irradiate the material the irradiation unit can be moved from a rest position thereof into a working region of the workstation , in which region the thermoforming of the material can be carried out, and over the forming tool with the material located thereon; wherein the irradiation unit is arranged displaceably and the UV irradiation device has at least one elongate UV lamp , which is arranged in such a way that a longitudinal direction (L) of the UV lamp is orientated obliquely with respect to a displacement direction of the irradiation unit ; and wherein the irradiation unit can be shifted, at least in portions, beyond a distal edge , as seen from the rest position, of the moulding tool . comprising a workstation at which a material can be subjected to thermoforming and comprising a UV irradiation device set up to irradiate a UV-curable coating of the material with UV radiation at the workstation so as to cure the UV-curable coating of the material using the UV radiation; wherein the UV irradiation device is formed with a movable irradiation unit ; wherein the material can be subjected to the thermoforming at the workstation using a forming tool , and the UV irradiation device is formed and arranged in such a way that the material can be irradiated with the UV radiation using the UV irradiation device so as to cure the coating while the material is located on the forming tool ; wherein to irradiate the material the irradiation unit can be moved from a rest position thereof into a working region of the workstation , in which region the thermoforming of the material can be carried out, and over the forming tool with the material located thereon; wherein the irradiation unit is arranged displaceably and the UV irradiation device has at least one elongate UV lamp , which is arranged in such a way that a longitudinal direction (L) of the UV lamp is orientated obliquely with respect to a displacement direction of the irradiation unit ; and wherein the irradiation unit can be shifted, at least in portions, beyond a distal edge , as seen from the rest position, of the moulding tool .
An electrical resistance , including: - a sealed housing , having an inner wall generally elongated along a longitudinal axis (X), - at least one resistive element (16; 38), extending along a spiral defined around the longitudinal axis (X), - at least one guiding element (18; 38) for guiding a low-conductivity coolant fluid, having a spiral shape defined around the longitudinal axis, characterized in that it includes a central tube arranged in the housing , coaxially to said housing , the guiding element (18; 38) extending radially from said central tube to an inner surface of the housing , said guiding element (18; 38) defining, with the sealed housing , a conduit for guiding a flow of fluid in contact with the resistive element (16; 38). - a sealed housing , having an inner wall generally elongated along a longitudinal axis (X), - at least one resistive element (16; 38), extending along a spiral defined around the longitudinal axis (X), - at least one guiding element (18; 38) for guiding a low-conductivity coolant fluid, having a spiral shape defined around the longitudinal axis,
An electronic subassembly for a personal care product comprising: a hollow housing defining a chamber having a first open end and an opposing second open end ; a first circuit board having a rigid end positioned within the chamber and a flexible portion positioned outside the chamber, the rigid end being inserted into the first open end ; and a second circuit board is positioned within the chamber through the second open end , the second circuit board having a connector dimensioned to receive the rigid end of the first circuit board; and at least a portion of the first circuit board is fluidly sealed within the housing ; and the electronic subassembly further comprises an end cap mounted to the end of the housing to provide a fluid seal.