mhurhangee/patent-ind-claim-en huggingface dataset:
Method for flush cutting of edge bands attached at end faces of workpiece plates by means of a cutting tool which, in operation, is shifted in a feed direction and has a metal body which has a recess with cutting edges in the area of its support planes on the workpiece plate , which recess is open in the feed direction of the metal body and has side faces of which at least one side face is used as stop and guide face for the outer side of the overhanging section of the edge band to be cut, wherein there is located on the metal body directly behind the side face a cutting face standing at a right-angle to the support planes of the metal body with two cutting edges in the area of the support planes of the metal body , by which the cutoff section of the edge band is pushed off bluntly and manually shifted on the workpiece plate , so that the pushed off section of the edge band is fed to a chip guide arranged behind the cutting face and is so redirected that it exits smoothly from the cutting tool , characterised in that the side faces run parallel to one another and that: - the cutting face with the cutting edges of the cutting tool used is arranged at an angle of between 10° and 45° to the feed direction and exerts a pulling cut on the edge band and severs the section of the edge band without splintering wherein the cutting face of the cutting tool used may also be curved, - the metal body of the cutting tool used has a support part which relative to an application point of the cutting tool to the workpiece plate with the side face of the recess protrudes by at least 10 mm and ensures a secure support of the metal body on the workpiece plate , - the metal body of the cutting tool used is placed on the workpiece plate with a lower support plane and wherein the metal body is shifted in the feed direction clockwise around the workpiece plate . - the cutting face with the cutting edges of the cutting tool used is arranged at an angle of between 10° and 45° to the feed direction and exerts a pulling cut on the edge band and severs the section of the edge band without splintering wherein the cutting face of the cutting tool used may also be curved, - the metal body of the cutting tool used has a support part which relative to an application point of the cutting tool to the workpiece plate with the side face of the recess protrudes by at least 10 mm and ensures a secure support of the metal body on the workpiece plate , - the metal body of the cutting tool used is placed on the workpiece plate with a lower support plane and wherein the metal body is shifted in the feed direction clockwise around the workpiece plate .
Plug-in connector arrangement, with a plug-in connector part for electrical connection to a mating plug-in connector part (2; 2'), wherein the plug-in connector part comprises a housing and a plurality of contacts which are arranged on the housing in such a manner that they are electrically contactable by mating contacts of the mating plug-in connector part (2; 2') from different plug-in directions (A, B, C), wherein the angular position of the contacts relative to the housing is fixed, and characterized by an angle adapter which can be mounted or is mounted on the housing of the plug-in connector part in such a manner that the contacts of the plug-in connector part are electrically contactable by the mating contacts of the mating plug-in connector part (2; 2') from only precisely one plug-in direction (A, C).
Interlocking panels configured to be removably assembled together, comprising: a first panel member having a side edge including a side edge ball key tab defined on the side edge of said first panel member , said ball key tab including a ball key retaining aperture defined in said ball key tab; a ball key removably received in said ball key retaining aperture of said ball key tab ; and a second panel member including a ball key tab connecting port for removably receiving said ball key tab and said ball key . a first panel member having a side edge including a side edge ball key tab defined on the side edge of said first panel member , said ball key tab including a ball key retaining aperture defined in said ball key tab; a ball key removably received in said ball key retaining aperture of said ball key tab ; and a second panel member including a ball key tab connecting port for removably receiving said ball key tab and said ball key .
A solid fuel burner configured to be provided in a throat of a wall surface of a furnace , comprising: a fuel nozzle which includes a straight tube section provided around a burner central axis and having a circular cross section and an opening toward the furnace , and a curved tube section continued to the straight tube section , wherein the fuel nozzle is configured such that a mixed fluid of a solid fuel and a carrier gas thereof supplied to the curved tube section is sprayed from the opening of the straight tube section to the furnace at an outlet of the fuel nozzle ; a first swirler which is provided in the straight tube section , and includes a plurality of vanes installed in the circumferential direction to apply a swirl to the mixed fluid; and a second swirler which is provided downstream in a flow direction of the mixed fluid of the first swirler in the straight tube section , includes a plurality of vanes disposed in the circumferential direction, and is installed in a direction reverse to a direction in which the vanes of the first swirler are installed, wherein the first swirler and the second swirler are provided away from an inner wall of the fuel nozzle , and wherein the second swirler is slightly separated from the outlet of the fuel nozzle so that a strong swirl component remaining at the burner outlet does not remain. a fuel nozzle which includes a straight tube section provided around a burner central axis and having a circular cross section and an opening toward the furnace , and a curved tube section continued to the straight tube section , wherein the fuel nozzle is configured such that a mixed fluid of a solid fuel and a carrier gas thereof supplied to the curved tube section is sprayed from the opening of the straight tube section to the furnace at an outlet of the fuel nozzle ; a first swirler which is provided in the straight tube section , and includes a plurality of vanes installed in the circumferential direction to apply a swirl to the mixed fluid; and a second swirler which is provided downstream in a flow direction of the mixed fluid of the first swirler in the straight tube section , includes a plurality of vanes disposed in the circumferential direction, and is installed in a direction reverse to a direction in which the vanes of the first swirler are installed, wherein the first swirler and the second swirler are provided away from an inner wall of the fuel nozzle , and wherein the second swirler is slightly separated from the outlet of the fuel nozzle so that a strong swirl component remaining at the burner outlet does not remain.
Device which is intended and designed for the injection of spin-polarized electrons and for the reflection of light into a laser or into a resonant LED, the device comprising at least one lattice structure with a large number of recesses , the lattice structure being designed to reflect light, characterized in that a respective injection contact , which comprises a respective ferromagnetic layer , is arranged in at least some of the recesses in order to inject spin-polarized charge carriers.
A battery module , comprising: a battery unit comprising a top surface, a bottom surface, and a side surface connecting the top surface and the bottom surface; a housing for accommodating the battery unit , wherein the housing comprises a limit frame and an injection channel arranged on the limit frame , the limit frame is arranged around the side surface of the battery unit ; an accommodation cavity is formed by a bottom of the battery module and a cooling component , and the injection channel is configured to be communicated with the accommodation cavity ; and thermally conductive slurry which is injected into the accommodation cavity from the injection channel , wherein the limit frame comprises an end plate assembly provided at an end of the battery unit , the injection channel is provided in the end plate assembly , the end plate assembly comprises an end plate , an insulation plate , and a connection pipe , at least part of the insulation plate is provided between the end plate and the battery unit , the injection channel penetrates both the end plate and the insulation plate , two ends of the connection pipe are respectively connected to the end plate and the insulation plate , and the injection channel penetrates the end plate , the connection pipe and the insulation plate . a battery unit comprising a top surface, a bottom surface, and a side surface connecting the top surface and the bottom surface; a housing for accommodating the battery unit , wherein the housing comprises a limit frame and an injection channel arranged on the limit frame , the limit frame is arranged around the side surface of the battery unit ; an accommodation cavity is formed by a bottom of the battery module and a cooling component , and the injection channel is configured to be communicated with the accommodation cavity ; and thermally conductive slurry which is injected into the accommodation cavity from the injection channel , wherein the limit frame comprises an end plate assembly provided at an end of the battery unit , the injection channel is provided in the end plate assembly , the end plate assembly comprises an end plate , an insulation plate , and a connection pipe , at least part of the insulation plate is provided between the end plate and the battery unit , the injection channel penetrates both the end plate and the insulation plate , two ends of the connection pipe are respectively connected to the end plate and the insulation plate , and the injection channel penetrates the end plate , the connection pipe and the insulation plate .
A device with electrical or pneumatic actuation of a folding mechanism for encouragement of reduction of vehicle speed that comprises sensors that transmit information to a controller , that is capable of immediately determining the speed of a vehicle , after which the controller is capable of sending an order to an actuator with electric motor or pneumatic actuator to raise a folding mechanism in case that the vehicle moves with a speed that is larger than the one programmed into the controller , or to leave it in the standby position, that is, not to raise the folding speed reduction mechanism if the vehicle is moving at a speed that is lower than the one programmed in the controller , whereby the folding mechanism is placed on a base which is mounted in the roadway and is mounted on a supporting structure (11.1), wherein actuators with a variant solution with an electric motor (18.2) or a pneumatic actuator (19.2) are able to activate a lifting mechanism that is able to raise a lower folding bar which during its lifting, simultaneously is able to raise an upper folding bar , wherein optionally, a front side edge of the lower folding bar enters in a groove placed on the lower surface of the upper bar forming an angular placement that allows the impact force of the wheels over the upper bar to be transmitted at the optimum angle on the bottom bar , allowing for maximum toughness and durability when being hit by the wheels of the vehicles that move at a speed that is higher than the one programmed in the controller , and after a period of time the device returns to its original standby position, characterized in that - the sensors are accelerometers equipped on bars (1.1, 1.2, 1.3) that function as step-on sensors, - the supporting structure (11.1) has shaft bearings (13.1, 13.2) on which stoppers (17.1, 17.2) are welded, and - the upper folding bar can be raised by the lower folding bar up to the height determined by the stoppers. - the sensors are accelerometers equipped on bars (1.1, 1.2, 1.3) that function as step-on sensors, - the supporting structure (11.1) has shaft bearings (13.1, 13.2) on which stoppers (17.1, 17.2) are welded, and - the upper folding bar can be raised by the lower folding bar up to the height determined by the stoppers.
A method for remote monitoring, the method comprising: capturing an audio signal and/or a video signal using a signal capturing device running a Web operating system; and transmitting the audio signal and/or the video signal to a remote monitoring device via a communication link between the signal capturing device and the remote monitoring device, the remote monitoring device supporting the Web operating system, and the communication link being established using WebRTC technology. capturing an audio signal and/or a video signal using a signal capturing device running a Web operating system; and transmitting the audio signal and/or the video signal to a remote monitoring device via a communication link between the signal capturing device and the remote monitoring device, the remote monitoring device supporting the Web operating system, and the communication link being established using WebRTC technology.
An artificial stomach for replacing the normal stomach of a patient whom has had his/her stomach surgically removed, comprising: a food reservoir adapted to collect food, an inlet connected to a first opening of the food reservoir and further being adapted to upstream connect to the patient's gastrointestinal tract , and an outlet connected to a second opening of the food reservoir and further being adapted to downstream connect to the patient's gastrointestinal tract , characterized in that the artificial stomach comprises an inlet valve connected between the patient's gastrointestinal tract and the first opening of the food reservoir, wherein said inlet valve is configured to be able to assume an open position and a closed position. a food reservoir adapted to collect food, an inlet connected to a first opening of the food reservoir and further being adapted to upstream connect to the patient's gastrointestinal tract , and an outlet connected to a second opening of the food reservoir and further being adapted to downstream connect to the patient's gastrointestinal tract , characterized in that the artificial stomach comprises an inlet valve connected between the patient's gastrointestinal tract and the first opening of the food reservoir, wherein said inlet valve is configured to be able to assume an open position and a closed position.
A monocrystalline diamond particle comprising: pits and spikes that provide the particle with an irregular surface; wherein a surface roughness of said particle is between 0.5 and 0.8 where the term 'surface roughness' refers to the measurement of a two-dimensional image that quantifies the extent or degree of the pits and spikes of the particle's edges or boundaries as stated in the CLEMEX image analyzer, Clemex Vision User's Guide PE 3.5 ©2001 and wherein the surface roughness is determined by a ratio of the convex perimeter divided by the perimeter: Surface Roughness = Convex Perimeter Perimeter pits and spikes that provide the particle with an irregular surface; wherein a surface roughness of said particle is between 0.5 and 0.8 where the term 'surface roughness' refers to the measurement of a two-dimensional image that quantifies the extent or degree of the pits and spikes of the particle's edges or boundaries as stated in the CLEMEX image analyzer, Clemex Vision User's Guide PE 3.5 ©2001 and wherein the surface roughness is determined by a ratio of the convex perimeter divided by the perimeter: Surface Roughness = Convex Perimeter Perimeter
A process of forming a light emitting diode (LED) (42; 72) comprising: growing a light emission region (46; 76) on a first-side surface of a substrate (44; 74), the light emission region (46; 76) comprising a p-type layer of material, an n-type layer of material and an active layer between the p-type layer and the n-type layer; cutting said substrate to create a plurality of cut features (59; 98) on a second-side surface (56; 86) of the substrate opposite the first-side surface, wherein said cutting results in said second-side surface comprising damaged portions at said cut features (59; 98); and applying a reactive ion etch (RIE) process to at least a portion of the second-side surface (56; 86) for a time duration sufficient to change the surface morphology of at least a plurality of uncut surfaces (60; 80) to comprise dimpled surfaces and remove at least part of said damaged portions at said cut features (59; 98) of the second-side surface (56; 86), the processed second-side surface (56; 86) comprising a light extraction surface. growing a light emission region (46; 76) on a first-side surface of a substrate (44; 74), the light emission region (46; 76) comprising a p-type layer of material, an n-type layer of material and an active layer between the p-type layer and the n-type layer; cutting said substrate to create a plurality of cut features (59; 98) on a second-side surface (56; 86) of the substrate opposite the first-side surface, wherein said cutting results in said second-side surface comprising damaged portions at said cut features (59; 98); and applying a reactive ion etch (RIE) process to at least a portion of the second-side surface (56; 86) for a time duration sufficient to change the surface morphology of at least a plurality of uncut surfaces (60; 80) to comprise dimpled surfaces and remove at least part of said damaged portions at said cut features (59; 98) of the second-side surface (56; 86), the processed second-side surface (56; 86) comprising a light extraction surface.
A mineral fiber laminate, at least comprising: a first mineral fiber mat having a high area density portion and a low area density portion, and a second mineral fiber mat having a high area density portion and a low area density portion; wherein, the high area density portion of the first mineral fiber mat and/or the second mineral fiber mat is laminated on the low area density portion of the first mineral fiber mat, and the high area density portion of the first mineral fiber mat and/or the second mineral fiber mat is laminated on the low area density portion of the second mineral fiber mat.
A method of identifying fractions in a fraction collector of a liquid chromatograph having at least one detector and having a control unit, comprising the following steps: - providing a plurality of fraction collection containers in a rack of the fraction collector with RFID tags ; - filling the fraction collection containers with fractions resulting from the liquid chromatography; - writing information to the RFID tag of each fraction collection container that relates to the fraction contained therein; and - controlling the writing to the RFID tags of each fraction collection container by means of the control unit in accordance with sample-specific information from the liquid chromatograph , wherein the writing to the RFID tags of the fraction collection containers located in the rack takes place directly after the detection substantially in parallel with the filling of said fraction collection containers . - providing a plurality of fraction collection containers in a rack of the fraction collector with RFID tags ; - filling the fraction collection containers with fractions resulting from the liquid chromatography; - writing information to the RFID tag of each fraction collection container that relates to the fraction contained therein; and - controlling the writing to the RFID tags of each fraction collection container by means of the control unit in accordance with sample-specific information from the liquid chromatograph ,
A method implemented by a client device for managing at least one electronic document including metadata related to a plurality of broadcast programs, the method comprising the steps of : sending a request for an update document for the electronic document to a server; and receiving the update document in response to the request from the server, said method being characterized in that the electronic document has a hierarchical structure that includes an upper structural element and a plurality of lower structural elements located below the upper structural element in the hierarchical structure to describe broadcast information and content information for each of the broadcast programs, wherein each element is based on XML, and in that the step of sending the request comprises step of sending a request for an updated version of a subset of the lower structural elements, the step of receiving the update document comprises a step of receiving the updated version of the subset of the lower structural elements, wherein the updated version of the subset of the lower structural elements is identified by a version value of the upper structural element and a respective version value of each lower structural element in the subset, and wherein each version value includes date information and/or time information. sending a request for an update document for the electronic document to a server; and receiving the update document in response to the request from the server, said method being characterized in that the electronic document has a hierarchical structure that includes an upper structural element and a plurality of lower structural elements located below the upper structural element in the hierarchical structure to describe broadcast information and content information for each of the broadcast programs, wherein each element is based on XML, and in that the step of sending the request comprises step of sending a request for an updated version of a subset of the lower structural elements, the step of receiving the update document comprises a step of receiving the updated version of the subset of the lower structural elements, wherein the updated version of the subset of the lower structural elements is identified by a version value of the upper structural element and a respective version value of each lower structural element in the subset, and wherein each version value includes date information and/or time information.
A data card application method, comprising: after a data card is connected to a terminal and a memory card is inserted into the data card, determining a usage state of the memory card during initialization of the data card; when the usage state of the memory card is modified, modifying configuration information in the data card when modification passwords acquired twice are consistent; and re-determining the usage state of the memory card according to the modified configuration information, and performing a corresponding operation on the memory card according to the re-determined usage state. after a data card is connected to a terminal and a memory card is inserted into the data card, determining a usage state of the memory card during initialization of the data card; when the usage state of the memory card is modified, modifying configuration information in the data card when modification passwords acquired twice are consistent; and re-determining the usage state of the memory card according to the modified configuration information, and performing a corresponding operation on the memory card according to the re-determined usage state.
Injectable composition in hydrogel form, comprising water and hyaluronic acid, characterised in that it comprises nicotinamide for inhibiting the action of the hyaluronidase in the injected condition of the composition, wherein said hyaluronic acid is of the linear type and comprises between 1000 KDa and 4000 KDa high molecular weight sodium hyaluronate.