mhurhangee/ep-ind-claims huggingface dataset:
A device for checking hollow bodies which are rotationally symmetrical about an axis of rotation (5.8) and have a mouth (5.1) during the separate overhead transportation of the hollow bodies in a conveying direction along a conveying path, comprising - a testing device for recording and processing images of the wall (5.3) of each hollow body, - a two-track overhead conveying device which comprises two belts (6.1, 6.2) running parallel to one another, wherein at least one of the two belts (6.1, 6.2) can be moved in the conveying direction by means of a drive, - a negative pressure generating device arranged along the conveying path adapted to hold the hollow bodies with their mouth (5.1) on the two belts (6.1, 6.2) exclusively due to the prevailing negative pressure, wherein the distance between the belts (6.1, 6.2) is determined in such a manner that the mouth of each of the hollow bodies to be tested rests partially against one and partially against the other of the two belts, - a drive control which is adapted to set a relative speed between the two belts (6.1, 6.2) in order to set the hollow bodies in a rotational motion (5.4) about the axis of rotation (5.8) thereof in addition to the translational motion (5.5) in the conveying direction and - a side guide which is arranged along one of the belts (6.1) in such a manner that each hollow body touches the side guide with its wall (5.3) during the overhead transport in the conveying direction. - a testing device for recording and processing images of the wall (5.3) of each hollow body, - a two-track overhead conveying device which comprises two belts (6.1, 6.2) running parallel to one another, wherein at least one of the two belts (6.1, 6.2) can be moved in the conveying direction by means of a drive, - a negative pressure generating device arranged along the conveying path adapted to hold the hollow bodies with their mouth (5.1) on the two belts (6.1, 6.2) exclusively due to the prevailing negative pressure, wherein the distance between the belts (6.1, 6.2) is determined in such a manner that the mouth of each of the hollow bodies to be tested rests partially against one and partially against the other of the two belts, - a drive control which is adapted to set a relative speed between the two belts (6.1, 6.2) in order to set the hollow bodies in a rotational motion (5.4) about the axis of rotation (5.8) thereof in addition to the translational motion (5.5) in the conveying direction and - a side guide which is arranged along one of the belts (6.1) in such a manner that each hollow body touches the side guide with its wall (5.3) during the overhead transport in the conveying direction.
A cartridge (1, 101) for extracting a beverage by injecting a fluid, comprising a containment body (2, 102) which is adapted to contain a substance from which the beverage is to be extracted and is adapted to receive said fluid, said containment body (2, 102) comprising at least one opening (5, 105) for the outflow of the beverage which is adapted to prevent an increase in hydraulic pressure inside the cartridge when said fluid is injected, characterized in that said containment body (2, 102) comprises a plurality of raised portions (6, 106) for hindering the flow of the beverage, which are arranged in a mutually offset arrangement around said at least one outflow opening (5, 105), and which are arranged along at least two closed lines which are substantially concentric with respect to said at least one outflow opening (5, 105) so that the raised portions (6, 106) of one line are offset with respect to the raised portions (6, 106) of the adjacent lines, i.e., so that each raised portion of one line radially faces the separation region between two adjacent raised portions of the adjacent lines, so as to prevent the presence of radial channels along the bottom wall (4, 104) of the containment body (2, 102) toward said at least one outflow opening (5, 105).
A swimming pool cleaner comprising: a. a body; b. a visible light source positioned within the body; c. a motor block positioned at least partially within the body; d. a debris filter configured for placement at least partially within the body; characterized in that the light source is positioned within the motor block and is configured to illuminate the debris filter when the debris filter is placed at least partially within the body. a. a body; b. a visible light source positioned within the body; c. a motor block positioned at least partially within the body; d. a debris filter configured for placement at least partially within the body;
A method of welding an aluminum plated steel sheet, comprising: the first step of forming a preprocessed aluminum plated steel sheet in which a plating layer (103, 104) made of aluminum in a welding region (151, 152) is removed by an alkaline solution; and the second step of welding another member made of steel to the welding region of the preprocessed aluminum plated steel sheet to integrate the member and the preprocessed aluminum plated steel sheet, wherein the first step includes: arranging masks between a plurality of aluminum plated steel sheets as spacers; bundling the aluminum plated steel sheets and the masks arranged therebetween, the masks being made to abut against regions other than plating removing regions of the respective aluminum plated steel sheets; and removing plating layers in the plating removing regions of the aluminum plated steel sheets by immersing in an alkaline solution partial regions, including the plating removing regions, of the aluminum plated steel sheets, wherein the preprocessed aluminum plated steel sheet is one of the aluminum plated steel sheets, the plating layers of which have been removed in the plating removing regions by the alkaline solution, and the plating removing region of the one of the aluminum plated steel sheets includes the welding region (151, 152) of the preprocessed aluminum plated steel sheet. the first step of forming a preprocessed aluminum plated steel sheet in which a plating layer (103, 104) made of aluminum in a welding region (151, 152) is removed by an alkaline solution; and the second step of welding another member made of steel to the welding region of the preprocessed aluminum plated steel sheet to integrate the member and the preprocessed aluminum plated steel sheet, wherein the first step includes: arranging masks between a plurality of aluminum plated steel sheets as spacers; bundling the aluminum plated steel sheets and the masks arranged therebetween, the masks being made to abut against regions other than plating removing regions of the respective aluminum plated steel sheets; and removing plating layers in the plating removing regions of the aluminum plated steel sheets by immersing in an alkaline solution partial regions, including the plating removing regions, of the aluminum plated steel sheets, arranging masks between a plurality of aluminum plated steel sheets as spacers; bundling the aluminum plated steel sheets and the masks arranged therebetween, the masks being made to abut against regions other than plating removing regions of the respective aluminum plated steel sheets; and removing plating layers in the plating removing regions of the aluminum plated steel sheets by immersing in an alkaline solution partial regions, including the plating removing regions, of the aluminum plated steel sheets, wherein the preprocessed aluminum plated steel sheet is one of the aluminum plated steel sheets, the plating layers of which have been removed in the plating removing regions by the alkaline solution, and the plating removing region of the one of the aluminum plated steel sheets includes the welding region (151, 152) of the preprocessed aluminum plated steel sheet.
Reservoir for storing a pressurized fluid such as compressed air, characterized in that said reservoir takes the form of at least one tube formed of an arrangement of concentric layers (C1, C2, C3, C4), said arrangement comprising, working from the inside toward the outside of said tube, an internal layer formed of concrete, a layer formed of steel of thickness E, at least one layer formed by a winding of steel wires (C3") on a concrete sublayer (C3'), and an external layer intended to protect said wires against physical and/or chemical damage, and in which said wires are subjected to circumferential tensile prestress, at least said thickness E and/or said prestress being rated in such a way as to withstand a service pressure in excess of 100 bar.
A data sending method, comprising: sending, by a terminal device, a first message to a network device (110, 120), wherein the first message is used to indicate information about remaining time of each of one or more data packets, and the remaining time of each of the one or more data packets is used to indicate that the terminal device needs to finish sending each of the one or more data packets before the end of the remaining time; and obtaining, by the terminal device, information about a resource configured by the network device (110, 120) for the terminal device, wherein each of the one or more data packets is sent, by using the resource, before the end of the remaining time, wherein when the network device (110, 120) configures a periodic resource for the terminal device, the first message is a medium access control control element MAC CE, and the remaining time of each of the one or more data packets is remaining time of a data packet that expires before a resource in a next periodicity arrives; and the sending, by a terminal device, a first message to a network device (110, 120) comprises: sending, by the terminal device, the MAC CE to the network device (110, 120), wherein the MAC CE comprises the information about the remaining time of each of the one or more data packets. sending, by a terminal device, a first message to a network device (110, 120), wherein the first message is used to indicate information about remaining time of each of one or more data packets, and the remaining time of each of the one or more data packets is used to indicate that the terminal device needs to finish sending each of the one or more data packets before the end of the remaining time; and obtaining, by the terminal device, information about a resource configured by the network device (110, 120) for the terminal device, wherein each of the one or more data packets is sent, by using the resource, before the end of the remaining time, wherein when the network device (110, 120) configures a periodic resource for the terminal device, the first message is a medium access control control element MAC CE, and the remaining time of each of the one or more data packets is remaining time of a data packet that expires before a resource in a next periodicity arrives; and the sending, by a terminal device, a first message to a network device (110, 120) comprises: sending, by the terminal device, the MAC CE to the network device (110, 120), wherein the MAC CE comprises the information about the remaining time of each of the one or more data packets.
A wearable device (100, 200, 300), comprising: a deflector structure (110, 210, 310, 410, 610) configured to be worn on a head of a user, wherein the deflector structure (110, 210, 310, 410, 610) includes: a first connecting section (211, 311, 611, 811), a second connecting section (213, 613, 1513), and a concave section (212, 312, 612, 712, 812, 1512), the first connecting section (211, 311, 611, 811), the concave section (212, 312, 612, 712, 812, 1512), and the second connecting section (213, 613, 1513) being connected in sequence, the concave section (212, 312, 612, 712, 812, 1512) having a downward depression region relative to the deflector structure (110, 210, 310, 410, 610); a first microphone (230, 330) configured to collect a sound signal, the first microphone (230, 330) being located at the concave section (212, 312, 612, 712, 812, 1512); characterized by further comprising: a sound conduction structure (1300, 1400) configured to transmit external sound, wherein the sound conduction structure (1300, 1400) is connected to the concave section (212, 312, 612, 712, 812, 1512), the sound conduction structure (1300, 1400) is an internal through structure, one end of the sound conduction structure (1300, 1400) is connected to external environment, and the first microphone (230, 330) is located at another end of the sound conduction structure (1300, 1400). a first connecting section (211, 311, 611, 811), a second connecting section (213, 613, 1513), and a concave section (212, 312, 612, 712, 812, 1512), the first connecting section (211, 311, 611, 811), the concave section (212, 312, 612, 712, 812, 1512), and the second connecting section (213, 613, 1513) being connected in sequence, the concave section (212, 312, 612, 712, 812, 1512) having a downward depression region relative to the deflector structure (110, 210, 310, 410, 610); a first microphone (230, 330) configured to collect a sound signal, the first microphone (230, 330) being located at the concave section (212, 312, 612, 712, 812, 1512); characterized by further comprising: a sound conduction structure (1300, 1400) configured to transmit external sound, wherein the sound conduction structure (1300, 1400) is connected to the concave section (212, 312, 612, 712, 812, 1512), the sound conduction structure (1300, 1400) is an internal through structure, one end of the sound conduction structure (1300, 1400) is connected to external environment, and the first microphone (230, 330) is located at another end of the sound conduction structure (1300, 1400).
Thermal insulating panels for thermally insulated hollow-walled components, wherein the thermal insulation panels are prepared for connection to each other and wherein a further thermal insulating material has been inserted, wherein said thermal insulating material is made of the same material as the thermal insulating panels, and constructed such as to be suitable for permanent connection of the insulating panels, and wherein no cold spots occur upon connection and no adhesive is required, characterized in that frontal recesses required for the insertion of the further thermal insulation material above are initially present at the desired position, wherein said additional T-shaped slots for a plurality of spacers are not fixed, but arranged continuously vertically from top to bottom, or horizontally from side to side.
A catheter for deployment of an implant, the catheter comprising: an elongate body having first and second lumens (1208, 1212) therethrough, the elongate body having a distal section (1204, 1206); a slot in the elongate body at a distal tip of the distal section; an exit located on the distal section across from the slot; an implant disposed in the first lumen in the distal section, the implant having an eyelet; a tether threaded through the slot, the implant eyelet, and the exit; and a pushable actuator slidably disposed in the first lumen for use in deploying the implant from the first lumen in the distal section. an elongate body having first and second lumens (1208, 1212) therethrough, the elongate body having a distal section (1204, 1206); a slot in the elongate body at a distal tip of the distal section; an exit located on the distal section across from the slot; an implant disposed in the first lumen in the distal section, the implant having an eyelet; a tether threaded through the slot, the implant eyelet, and the exit; and a pushable actuator slidably disposed in the first lumen for use in deploying the implant from the first lumen in the distal section.
Continuity tester for protective conductors and equipotential bondings of electrical installations, comprising an electronic tester casing including an electronic tester, said casing being suitable for being electrically connected to a cable ending in a contact suitable for being connected to a voltage reference, said casing including an interface panel for the control thereof and for providing information to the user, said tester comprising a reel for unwinding said cable, characterised in that the electronic tester casing and the reel are attached to one another, the reel being mounted such that it rotates on said casing and in that the electronic tester comprises at least one connector (7, 8) for connecting a test lead (10, 11).
An interchangeable tip comprising: a. a stylet; b. a blade module including: i. an enclosure that electrically connects, signally connects, or both the interchangeable tip to a power source, a signal source, or both; and ii. blade circuitry, wherein the interchangeable tip is connectable and separable from a handpiece, characterized in that the blade circuitry has one or more switches for controlling operation one or more functions of the interchangeable tip, and that the blade circuitry includes an identification circuit that provides a signal that is monitored by a controller, a control module, a generator, or a combination thereof. a. a stylet; b. a blade module including: i. an enclosure that electrically connects, signally connects, or both the interchangeable tip to a power source, a signal source, or both; and ii. blade circuitry, i. an enclosure that electrically connects, signally connects, or both the interchangeable tip to a power source, a signal source, or both; and ii. blade circuitry,
Non-permanent, corrosion-resistant joining assembly, comprising a film of prepreg E-Glass and epoxy resin (13, 113) on at least a part of a surface of an element of a joint (11, 12) facing a structural element made of at least one composite material characterized in that said joining device is a washer which external surface is entirely covered by a film of prepreg E-Glass and epoxy resin.
A lacrosse training ball comprising: a shell defining an enclosure having an interior volume, the shell including a plurality of pads connected along a plurality of seams sewn with a thread having a finishing knot; and a filler that includes a mixture of a first material and a second material that substantially occupies the interior volume, wherein the first material comprises a plurality of pellets and the second material comprises a plurality of grains of sand, wherein the shell has a substantially spherical shape having a circumference in the range of about 19.0 to about 21.0 centimeters, and wherein the lacrosse training ball has a weight of about 141.748 to about 148.835 grams (about 5 to about 5.25 ounces). a shell defining an enclosure having an interior volume, the shell including a plurality of pads connected along a plurality of seams sewn with a thread having a finishing knot; and a filler that includes a mixture of a first material and a second material that substantially occupies the interior volume, wherein the first material comprises a plurality of pellets and the second material comprises a plurality of grains of sand, wherein the shell has a substantially spherical shape having a circumference in the range of about 19.0 to about 21.0 centimeters, and wherein the lacrosse training ball has a weight of about 141.748 to about 148.835 grams (about 5 to about 5.25 ounces).
A method for three-dimensional printing, comprising: applying a polymeric build material to form a build material layer; based on a 3D object model, selectively applying a fusing agent onto the build material layer, thereby forming a patterned portion; based on the 3D object model, selectively applying a hydrophilic agent onto at least a portion of the patterned portion, wherein the hydrophilic agent includes from 1 wt% to 12 wt% of a hydrophilic polymer dissolved in an aqueous liquid vehicle, wherein the hydrophilic polymer has a molar mass ranging from 1000 g/mol to 12,000 g/mol and is water-absorbent at a water to hydrophilic polymer weight ratio from 2:1 to 1000:1; and exposing the build material layer to energy to selectively coalesce the patterned portion and form a 3D object layer having a hydrophilic portion; wherein the energy is electromagnetic radiation.
A UV-curable composition, comprising ( a) at least one monomer which produces the hydrogen bond forming repeating units upon polymerization; ( b) optionally at least one hydrophilic co-monomer having one co-polymerizable double bond, preferably C=C double bond in each molecule; ( c) at least one hydrophilic dispersion medium or water; ( d) at least one photoinitiator; and ( e) optionally at least one component of a functional additive or combination thereof; wherein the contents of ( a), ( b) and ( d) are, based on the total weight of the composition, ( a): 5%~34% by weight; ( b): 1.5%~15% by weight, if present in the composition; and ( d): 0.1%~10% by weight; respectively. ( a) at least one monomer which produces the hydrogen bond forming repeating units upon polymerization; ( b) optionally at least one hydrophilic co-monomer having one co-polymerizable double bond, preferably C=C double bond in each molecule; ( c) at least one hydrophilic dispersion medium or water; ( d) at least one photoinitiator; and ( e) optionally at least one component of a functional additive or combination thereof;
A monitoring and control system for a non-contacting seal for a gas compressor that compresses a process gas, said seal connected to a buffer gas supply system comprising: a conduit having an inlet from a source of the process gas; an outlet to a chamber for a non-contacting seal; at least one conditioning element (60, 62, 63, 64) between said inlet and said outlet of said conduit; said monitoring and control system comprising; a pressure and temperature sensing device (PTO1, PTO2, PT03, PT04) associated with said at least one conditioning apparatus (60, 62, 63, 64); a programmable logic controller receiving a signal from said pressure and temperature sensing device (PTO1, PTO2, PTO3, PTO4); and a source of stored data connected to said programmable logic controller; characterized in that; said stored data is indicative of the phase of the process gas relative to the pressure and temperature of the process gas; said programmable logic controller comparing said pressure and temperature sensed by the pressure and temperature sensing device (PTO1, PTO2, PTO3, PTO4), with said stored data to determine the phase of the gas at said sensor (PTO1, PTO2, PTO3, PTO4); said programmable logic controller sending an output signal in response to recognition of a liquid phase at said pressure and temperature sensing device (PTO1, PTO2, PTO3, PTO4). a conduit having an inlet from a source of the process gas; an outlet to a chamber for a non-contacting seal; at least one conditioning element (60, 62, 63, 64) between said inlet and said outlet of said conduit; a pressure and temperature sensing device (PTO1, PTO2, PT03, PT04) associated with said at least one conditioning apparatus (60, 62, 63, 64); a programmable logic controller receiving a signal from said pressure and temperature sensing device (PTO1, PTO2, PTO3, PTO4); and a source of stored data connected to said programmable logic controller; said stored data is indicative of the phase of the process gas relative to the pressure and temperature of the process gas; sensed by the pressure and temperature sensing device (PTO1, PTO2, PTO3, PTO4), with said stored data to determine the phase of the gas at said sensor (PTO1, PTO2, PTO3, PTO4); a liquid phase at said pressure and temperature sensing device (PTO1, PTO2, PTO3, PTO4).