mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a coated, food and/or beverage container or portion thereof, said method comprising the steps of: a) providing a coating composition derived from one or more ingredients comprising at least one copolymer that comprises a repeating unit (Repeating Unit A) of the formula: wherein: 1) R is a residue of an alcohol that has a molecular weight of at least 59 g/mol and a ratio of C to O of less than 3.5; 2) each R 1 independently is H, a co-member of a ring structure, or a monovalent aromatic and/or aliphatic moiety; and 3) M comprises H or a monovalent cation wherein the repeating unit is derived from ingredients comprising a primary alcohol and a diacid; and b) causing the coating composition to be used to form a coated, metal containing food and/or beverage container or portion thereof. a) providing a coating composition derived from one or more ingredients comprising at least one copolymer that comprises a repeating unit (Repeating Unit A) of the formula: wherein: 1) R is a residue of an alcohol that has a molecular weight of at least 59 g/mol and a ratio of C to O of less than 3.5; 2) each R 1 independently is H, a co-member of a ring structure, or a monovalent aromatic and/or aliphatic moiety; and 3) M comprises H or a monovalent cation wherein the repeating unit is derived from ingredients comprising a primary alcohol and a diacid; and 1) R is a residue of an alcohol that has a molecular weight of at least 59 g/mol and a ratio of C to O of less than 3.5; 2) each R 1 independently is H, a co-member of a ring structure, or a monovalent aromatic and/or aliphatic moiety; and 3) M comprises H or a monovalent cation b) causing the coating composition to be used to form a coated, metal containing food and/or beverage container or portion thereof.
A flow cabinet system for cleaning at least one object, the system comprising: - a cabinet having a bottom wall for supporting the at least one object to be cleaned, a top wall , a left side wall , a right side wall , a front wall and a back wall , the walls enclosing a volume; - a plurality of handheld cleaning tools and tubing within the volume, the tubing being for the supply of compressed gas to the plurality of handheld cleaning tools for removing, by means of the supplied compressed gas, powder from the at least one object; and - an extraction unit comprising tubing for extracting powder-laden gas from the volume through a gas outlet ; - the cabinet further comprising a gas inlet a viewing window, a left glove port near the left side wall and the front wall and a right glove port near the right side wall and the front wall, the two glove ports being constructed and arranged for an operator to manually operate at least one of the plurality of cleaning tools inside the cabinet; - the extraction unit being constructed and arranged to extract a minimum volume of powder-laden gas per unit of time larger than the maximum volume of the supplied compressed gas per the unit of time, characterised in that - the gas outlet is located near one of the left and right side wall and the back wall, and - the gas inlet is located in the back wall near the other of the left and right side wall, where the wording "near" is to be understood as being closer to the end of the wall than to the middle of the wall. - a cabinet having a bottom wall for supporting the at least one object to be cleaned, a top wall , a left side wall , a right side wall , a front wall and a back wall , the walls enclosing a volume; - a plurality of handheld cleaning tools and tubing within the volume, the tubing being for the supply of compressed gas to the plurality of handheld cleaning tools for removing, by means of the supplied compressed gas, powder from the at least one object; and - an extraction unit comprising tubing for extracting powder-laden gas from the volume through a gas outlet ; - the cabinet further comprising a gas inlet a viewing window, a left glove port near the left side wall and the front wall and a right glove port near the right side wall and the front wall, the two glove ports being constructed and arranged for an operator to manually operate at least one of the plurality of cleaning tools inside the cabinet; - the extraction unit being constructed and arranged to extract a minimum volume of powder-laden gas per unit of time larger than the maximum volume of the supplied compressed gas per the unit of time, - the gas outlet is located near one of the left and right side wall and the back wall, and - the gas inlet is located in the back wall near the other of the left and right side wall, where the wording "near" is to be understood as being closer to the end of the wall than to the middle of the wall.
A serving dish cover , comprising: a main body , including a handle depression , and within said handle depression including a pair of opposed and aligned axle holes , and a handle being formed as a monolithic unit and mounted to said main body for oscillation between a storage position and an operative position, said handle including a main portion and a pair of spaced side portions , characterised in that said main body further comprises a pair of axle slots , each said axle slot extending from a top face of said main body into said handle depression and terminating at an associated one of said axle holes , said main body further including within said handle depression at least one detent hole associated with each said axle hole ; and said handle further comprises at least one said side portion including a detent tongue having a detent pin adjacent a free end of said detent tongue , and wherein said detent pin and said detent hole are positioned such that said detent pin is received within said detent hole when said handle is in said storage position, and said detent pin is received within said axle slot when said handle is in said operative position. a main body , including a handle depression , and within said handle depression including a pair of opposed and aligned axle holes , and a handle being formed as a monolithic unit and mounted to said main body for oscillation between a storage position and an operative position, said handle including a main portion and a pair of spaced side portions , characterised in that said main body further comprises a pair of axle slots , each said axle slot extending from a top face of said main body into said handle depression and terminating at an associated one of said axle holes , said main body further including within said handle depression at least one detent hole associated with each said axle hole ; and said handle further comprises at least one said side portion including a detent tongue having a detent pin adjacent a free end of said detent tongue , and wherein said detent pin and said detent hole are positioned such that said detent pin is received within said detent hole when said handle is in said storage position, and said detent pin is received within said axle slot when said handle is in said operative position.
Spray disc for atomizing a fluid, comprising at least one fluid guide disc and at least one spray hole disc arranged at the fluid guide disc , which spray hole disc has at least one spray hole offset relative to the center (Z) of the spray disc , wherein a channel geometry is cut out in the fluid guide disc , which forms the side surfaces of a guide channel for the fluid, and the bottom surface of the guide channel is formed by the spray hole disc , characterized by at least one connecting element arranged on the circumference of the spray disc , which is provided for connecting the spray disc to a fluid valve.
A method for selecting watermarks to apply to video data characterized in that the method comprises the steps of: selecting a watermark that can be embedded in an encoded video image, wherein embedding the selected watermark modifies a motion vector value of a block ; constructing a propagation map for the selected watermark, wherein the propagation map includes the spatially neighboring blocks in the same image having some luminance or chrominance change due to the modification of the motion vector value; determining the amount of luminance or chrominance change for each block in the propagation map; accepting or rejecting the watermark based on the amount of luminance or chrominance change; and, adding accepted ones of the watermarks to a list. selecting a watermark that can be embedded in an encoded video image, wherein embedding the selected watermark modifies a motion vector value of a block ; constructing a propagation map for the selected watermark, wherein the propagation map includes the spatially neighboring blocks in the same image having some luminance or chrominance change due to the modification of the motion vector value; determining the amount of luminance or chrominance change for each block in the propagation map; accepting or rejecting the watermark based on the amount of luminance or chrominance change; and, adding accepted ones of the watermarks to a list.
A method of making a vacuum insulating panel , the vacuum insulating panel comprising a first glass substrate, a second glass substrate, a plurality of spacers provided in a gap between at least the first and second glass substrates, and a seal provided at least partially between at least the first and second glass substrates, the seal comprising a first seal layer and a second seal layer; wherein the method comprises: providing first seal material for the first seal layer at a location at least partially between at least the first and second glass substrates; pre-heating the glass substrates, the first seal material, and the second seal layer, so as to cause at least one of (a) at least one of the glass substrates, (b) the second seal layer, and/or (c) the first seal material, to reach a pre-heat temperature, wherein the pre-heat temperature is from about 40-120 degrees C less than a melting point (Tm) of the first seal material, and within about 70 degrees C of a softening point (Ts) of the first seal material; after said pre-heating, laser heating the first seal material in order to fire and/or sinter the first seal material and form the first seal layer in a manner so that the first seal layer has a density of from about 2.8-4.0 g/cm 3 , wherein said laser heating causes at least one of the first seal material and/or the second seal layer to reach a temperature above the melting point (Tm) of the first seal material for no more than about 5 seconds; and after forming the first seal layer , evacuating the gap to a pressure less than atmospheric pressure. providing first seal material for the first seal layer at a location at least partially between at least the first and second glass substrates; pre-heating the glass substrates, the first seal material, and the second seal layer, so as to cause at least one of (a) at least one of the glass substrates, (b) the second seal layer, and/or (c) the first seal material, to reach a pre-heat temperature, wherein the pre-heat temperature is from about 40-120 degrees C less than a melting point (Tm) of the first seal material, and within about 70 degrees C of a softening point (Ts) of the first seal material; after said pre-heating, laser heating the first seal material in order to fire and/or sinter the first seal material and form the first seal layer in a manner so that the first seal layer has a density of from about 2.8-4.0 g/cm 3 , wherein said laser heating causes at least one of the first seal material and/or the second seal layer to reach a temperature above the melting point (Tm) of the first seal material for no more than about 5 seconds; and after forming the first seal layer , evacuating the gap to a pressure less than atmospheric pressure.
An exhaust gas post-processing system (101; 102; 103; 104; 106; 107) for aftertreating an exhaust gas discharged from an engine , the exhaust gas post-processing system (101; 102; 103; 104; 106; 107) comprising: an exhaust flow path for moving the exhaust gas discharged from the engine ; at least one aftertreatment device (200; 300; 500) installed on the exhaust flow path and configured to purify the exhaust gas; a burner installed on the exhaust flow path for heating the exhaust gas upstream of the at least one aftertreatment device(200; 300; 500), the burner being a high ignition energy burner in the form of a plasma burner using plasma reaction; a fuel supplier for supplying a fuel to the burner; and an air supply flow path for supplying an air to the burner , wherein the air supply flow path is configured to supply a part of the exhaust gas discharged from the engine as the air to the burner , and wherein an oxygen concentration of the air supplied to the burner is in a range from 8 % to 16 %. an exhaust flow path for moving the exhaust gas discharged from the engine ; at least one aftertreatment device (200; 300; 500) installed on the exhaust flow path and configured to purify the exhaust gas; a burner installed on the exhaust flow path for heating the exhaust gas upstream of the at least one aftertreatment device(200; 300; 500), the burner being a high ignition energy burner in the form of a plasma burner using plasma reaction; a fuel supplier for supplying a fuel to the burner; and an air supply flow path for supplying an air to the burner , wherein the air supply flow path is configured to supply a part of the exhaust gas discharged from the engine as the air to the burner , and wherein an oxygen concentration of the air supplied to the burner is in a range from 8 % to 16 %.
An apparatus for applying negative pressure to a wound, comprising: a negative pressure source configured to couple via a fluid flow path to a wound dressing and provide negative pressure to the wound dressing; a sensor configured to monitor a magnitude of pressure in the fluid flow path generated by the negative pressure source; and a controller configured to: determine an activity classification based on a change in the magnitude of pressure over time while the negative pressure source maintains the magnitude of pressure in the fluid flow path below a negative pressure threshold, the activity classification being indicative of a type of activity engaged in by an individual while wearing the wound dressing, and output an indication of the activity classification. a negative pressure source configured to couple via a fluid flow path to a wound dressing and provide negative pressure to the wound dressing; a sensor configured to monitor a magnitude of pressure in the fluid flow path generated by the negative pressure source; and a controller configured to: determine an activity classification based on a change in the magnitude of pressure over time while the negative pressure source maintains the magnitude of pressure in the fluid flow path below a negative pressure threshold, the activity classification being indicative of a type of activity engaged in by an individual while wearing the wound dressing, and output an indication of the activity classification. determine an activity classification based on a change in the magnitude of pressure over time while the negative pressure source maintains the magnitude of pressure in the fluid flow path below a negative pressure threshold, the activity classification being indicative of a type of activity engaged in by an individual while wearing the wound dressing, and output an indication of the activity classification.
A striker for cooperating with a bolt of a latch , the striker comprising a fitting to be fixed to a structure, and a striker wire integral with the fitting, the striker wire extending from a first surface of the fitting, and further comprising: - an axis mounted integral with the fitting and rotationally free relative to said fitting so as to extend in a longitudinal direction (X); - a blade mounted rotationally fixed on the axis on a first side of the fitting in the proximity of the striker wire, and disposed so that it can be rotated by the bolt when the latter hooks or unhooks from the striker wire; - an angular position indicator mounted rotationally fixed on the axis , and capable of indicating the angular position of the blade; - a means for bringing back the blade to an unlocked stable position and the indicator to an open position when the bolt is disengaged from the striker wire and in the absence of force on the blade; characterised in that said means includes a compression spring and a cam disposed between the fitting and the indicator , the cam being rotationally fixed and free in translation in the longitudinal direction, the cam being arranged to return and maintain the axis in the open position of said indicator in the absence of force on the blade. - an axis mounted integral with the fitting and rotationally free relative to said fitting so as to extend in a longitudinal direction (X); - a blade mounted rotationally fixed on the axis on a first side of the fitting in the proximity of the striker wire, and disposed so that it can be rotated by the bolt when the latter hooks or unhooks from the striker wire; - an angular position indicator mounted rotationally fixed on the axis , and capable of indicating the angular position of the blade; - a means for bringing back the blade to an unlocked stable position and the indicator to an open position when the bolt is disengaged from the striker wire and in the absence of force on the blade; characterised in that said means includes a compression spring and a cam disposed between the fitting and the indicator , the cam being rotationally fixed and free in translation in the longitudinal direction, the cam being arranged to return and maintain the axis in the open position of said indicator in the absence of force on the blade.
Tool holder for a machine tool, in particular for a core drilling machine, having a hollow shaft which has, at one end for coupling to the drive of the machine tool, a connector and, at the other end, a receiving opening with a plurality of openings in which locking elements are accommodated which are radially adjustable between a clamping position and a release position for securing a tool accommodated in the receiving opening , characterized in that a switching sleeve is provided, which is adjustably mounted on the hollow shaft between a first switching position and a second switching position, a first subset of the locking elements being provided in the first switching position for locking the tool in the receiving opening , and a second subset of the locking elements being provided in the second switching position for locking the tool in the receiving opening , while the adjustment of the respective remaining locking elements is deactivated.
An electrode for use in administering a medicine through the skin, comprising: an electrode comprising a medicine; wherein the electrode comprises an electrical conductor, and an ionic conductor; characterised in that said electrode further comprises coalesced elastomer particles, wherein the electrical conductor and ionic conductor are disposed on the exterior of the coalesced polymeric particles. an electrode comprising a medicine; wherein the electrode comprises an electrical conductor, and an ionic conductor; characterised in that said electrode further comprises coalesced elastomer particles, wherein the electrical conductor and ionic conductor are disposed on the exterior of the coalesced polymeric particles.
A composite sintered body comprising a diamond phase and a non-diamond carbon phase, a non-diamond carbon phase occupancy rate being not lower than 10% and not higher than 30%, the non-diamond carbon phase occupancy rate being a percentage of an area of the non-diamond carbon phase to a total area of one arbitrarily specified cross section of the composite sintered body, an average particle size of sintered diamond particles forming the diamond phase being not less than 50 nm and not larger than 1000 nm, and an average particle size of sintered non-diamond carbon particles forming the non-diamond carbon phase being not less than 100 nm and not larger than 2000 nm, and a Knoop hardness of the composite sintered body , which is measured at a measurement load of 9.8 N, is not lower than 50 GPa.
A wireless communication method, comprising: sending, by a base station, a synchronization signal and a signal in a broadcast channel within a downlink access signal time interval that comprises a plurality of sweeping time blocks, wherein the signal in the broadcast channel comprises configuration information of a system message; wherein the signal in the broadcast channel includes a demodulation reference signal that is dedicated to the signal in the broadcast channel, wherein the synchronization signal and the signal in the broadcast channel, including the demodulation reference signal dedicated to the signal in the broadcast channel, are transmitted using a same port, and wherein the configuration information of the system message is used for transmitting the system message; and performing a subsequent transmission based on the synchronization signal and the signal in the broadcast channel. sending, by a base station, a synchronization signal and a signal in a broadcast channel within a downlink access signal time interval that comprises a plurality of sweeping time blocks, wherein the signal in the broadcast channel comprises configuration information of a system message; wherein the signal in the broadcast channel includes a demodulation reference signal that is dedicated to the signal in the broadcast channel, wherein the synchronization signal and the signal in the broadcast channel, including the demodulation reference signal dedicated to the signal in the broadcast channel, are transmitted using a same port, and wherein the configuration information of the system message is used for transmitting the system message; and performing a subsequent transmission based on the synchronization signal and the signal in the broadcast channel.
A burglary resistant room partitioning structure comprising a framework of framing members and panel-shaped building components , which are attached on each side of the framework , said framework comprising an elongated first framing member , an elongated second framing member , which is disposed substantially in parallel with the first framing member , and a plurality of elongated third framing members (5a-5e), which extend between and are disposed substantially orthogonally to the first and the second framing member at a predetermined spacing, so that framing bays (9a-9d) are formed between adjoining third framing members, said third framing members (5a-5e) being attached to the first and the second framing member and supporting the panel-shaped building components , said room partitioning structure further comprising at least one mesh panel (13a-13d), which is disposed in the framing bay (9a-9d) between two adjoining third framing members (5a-5e) and comprises mesh members (14a-14d, 15a-15d) forming a mesh structure, characterized in that said adjoining third framing members (5a-5e) exhibit openings through which free ends of the mesh members (14a-14d, 15a-15d) extend, so that the adjoining third framing members (5a-5e) secure the mesh panel (13a-13d) between them, wherein said free ends , at at least one of said two adjoining third framing members (5a-5e), extend a predetermined distance (L, L', L") into adjacent framing bays (9a-9d), which distance is at least 5%, more preferably at least 10% and most preferably at least 20% of the width of the framing bay (9a-9d).