mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus used to group and assemble articles into a plurality of bundles of different bundle sizes, the apparatus comprising - a divider device , by means of which groups can be formed from moved articles ; - a cutting station used to cut to length planar thermoplastic packaging material from a material supply; - a working station used to apply the cut-to-length, planar thermoplastic packaging material onto the groups of articles ; as well as - a shrink tunnel , to which the groups , for the purpose of producing the bundles, are suppliable together with their in each instance applied and cut-to-length thermoplastic packaging material , characterised in that the divider device and the cutting station are in operative connection with each other via a control unit and/or regulating unit (S), which has information on a layer to be produced from bundles, wherein a) the divider device is controllable via the control unit and/or regulating unit (S) in consideration of the information for forming groups of different sizes in a specific sequence, and wherein b) the cutting station is controllable via the control unit and/or regulating unit (S) corresponding to the specific sequence, for the purpose of cutting to length the planar thermoplastic packaging material with a dimensioning adapted to the size of the particular group . - a divider device , by means of which groups can be formed from moved articles ; - a cutting station used to cut to length planar thermoplastic packaging material from a material supply; - a working station used to apply the cut-to-length, planar thermoplastic packaging material onto the groups of articles ; as well as - a shrink tunnel , to which the groups , for the purpose of producing the bundles, are suppliable together with their in each instance applied and cut-to-length thermoplastic packaging material , characterised in that a) the divider device is controllable via the control unit and/or regulating unit (S) in consideration of the information for forming groups of different sizes in a specific sequence, and wherein b) the cutting station is controllable via the control unit and/or regulating unit (S) corresponding to the specific sequence, for the purpose of cutting to length the planar thermoplastic packaging material with a dimensioning adapted to the size of the particular group .
An interface comprising a seal body , a frame , and a strap , wherein: the seal body comprises a supple inflatable envelope and comprises a sidewall , a seal surface and an inlet opening , wherein either or both of the sidewall and the seal surface are configured to, in use, press against surfaces of a user's face to form a seal that conforms around the user's nose, the seal body is supported by the frame , and the inlet opening is fitted to the frame , the frame comprises connection points for connecting the strap to the frame , wherein, in use, the strap extends around the back of the user's head and provides pressure on the frame and helps seal the seal body to the user's face, the frame further comprises a pair of extended support members at a perimeter of the frame, the support members being located either side of the frame , and the envelope includes wing portions that provide cushioning under the support members . the seal body comprises a supple inflatable envelope and comprises a sidewall , a seal surface and an inlet opening , wherein either or both of the sidewall and the seal surface are configured to, in use, press against surfaces of a user's face to form a seal that conforms around the user's nose, the seal body is supported by the frame , and the inlet opening is fitted to the frame , the frame comprises connection points for connecting the strap to the frame , wherein, in use, the strap extends around the back of the user's head and provides pressure on the frame and helps seal the seal body to the user's face, the frame further comprises a pair of extended support members at a perimeter of the frame, the support members being located either side of the frame , and the envelope includes wing portions that provide cushioning under the support members .
A compound selected from the group consisting of or a salt thereof, particularly a physiologically acceptable salt thereof.
A composition comprising: at least one bacterial strain of Faecalibacterium prausnitzii; at least one bacterial strain of Butyricicocccus pullicaecorum; at least one bacterial strain of Roseburia inulinivorans; at least one bacterial strain of Akkermansia muciniphila; at least one bacterial strain of Lactiplantibacillus plantarum; and at least one bacterial strain of Anaerostipes caccae, for use in a method of treating, delaying, ameliorating, preventing or curing non-alcoholic fatty liver disease (NAFLD), liver fibrosis, liver cirrhosis and/or hepatocellular carcinoma (HCC). at least one bacterial strain of Faecalibacterium prausnitzii; at least one bacterial strain of Butyricicocccus pullicaecorum; at least one bacterial strain of Roseburia inulinivorans; at least one bacterial strain of Akkermansia muciniphila; at least one bacterial strain of Lactiplantibacillus plantarum; and at least one bacterial strain of Anaerostipes caccae, for use in a method of treating, delaying, ameliorating, preventing or curing non-alcoholic fatty liver disease (NAFLD), liver fibrosis, liver cirrhosis and/or hepatocellular carcinoma (HCC).
A method for maintaining a message store having a plurality of messages at an electronic device , the method comprising: maintaining at the electronic device a client bookmark defining a first message identifier, ID, indicating a point in the message store up to which the content of the message store maintained at the electronic device is known to be complete, and a maximum message ID indicating the largest message ID of the plurality of messages of the message store that the electronic device has received; in response to determining at least one of: the client bookmark and the maximum message ID do not match; and the electronic device connecting with a server after a period of being disconnected, sending to the server (106a-m) a sync request message for the message store, the sync request message including the client bookmark and the maximum message ID; and; receiving, from the server, a sync response including: a server bookmark defining a second message identifier, ID, indicating a point in a message store maintained at the server up to which the content of the message store maintained at the server is known to be complete; message IDs of messages of the message store that come after the client bookmark and before or up to the server bookmark. maintaining at the electronic device a client bookmark defining a first message identifier, ID, indicating a point in the message store up to which the content of the message store maintained at the electronic device is known to be complete, and a maximum message ID indicating the largest message ID of the plurality of messages of the message store that the electronic device has received; in response to determining at least one of: the client bookmark and the maximum message ID do not match; and the electronic device connecting with a server after a period of being disconnected, the client bookmark and the maximum message ID do not match; and the electronic device connecting with a server after a period of being disconnected, sending to the server (106a-m) a sync request message for the message store, the sync request message including the client bookmark and the maximum message ID; and; receiving, from the server, a sync response including: a server bookmark defining a second message identifier, ID, indicating a point in a message store maintained at the server up to which the content of the message store maintained at the server is known to be complete; message IDs of messages of the message store that come after the client bookmark and before or up to the server bookmark. a server bookmark defining a second message identifier, ID, indicating a point in a message store maintained at the server up to which the content of the message store maintained at the server is known to be complete; message IDs of messages of the message store that come after the client bookmark and before or up to the server bookmark.
Manual press device, preferably bottle press device, which is intended to compress the non-pressed material (32a; 32b) into a one-piece compact material (68a; 68b); consisting of at least one support unit (12a; 12b), which has at least one support surface (16a, 16a'; 16b, 16b') for receiving a non-pressed material (32a; 32b) and which comprises at least two support elements , which delimit a pressing gap (30a; 30b) and with at least one support element , which is preferably movable relative to the at least one support unit (12a; 12b); 14b, 14b', 152b), which delimit a pressing gap (30a; 30b) and with at least one pressing unit (18a; 18b), preferably movable relative to the at least one support unit (12a; 12b), and with at least one pressing roller , which is provided for at least partially compressing the non-pressed material in a pressing chamber characterised by that the at least one pressing roller is arranged at least partially in a pressing chamber , and the at least one pressing roller is provided to guide the at least one pressing unit , preferably through the at least one pressing gap .
Apparatus for analysing the alloy composition of metal scrap fragments , - having an alloy analysing system configured to determine, by means of a first local measurement at a measurement position (20, 54, 56, 74a-e) on the surface of a scrap fragment to be analysed, a piece of composition information about the alloy composition of the scrap fragment , - having a contamination analysing system configured to determine, by means of a second local measurement at the measurement position (20, 54, 56, 74a-e), an associated piece of contamination information about the contamination of the surface of the scrap fragment at the measurement position, and - having a processing system configured to determine an analysis result about the alloy composition of the scrap fragment as a function of the piece of composition information and the associated piece of contamination information , - wherein the alloy analysing system is configured for a laser-induced plasma spectroscopy measurement, characterised - in that the alloy analysing system is configured to generate, for the first local measurement, a plasma on the surface of the scrap fragment at the measurement position (20, 54, 56, 74a-e), and - in that the contamination analysing system is configured to measure a value for a measured variable of the plasma generated by the alloy analysing system and to determine the associated piece of contamination information as a function of the measured value. - having an alloy analysing system configured to determine, by means of a first local measurement at a measurement position (20, 54, 56, 74a-e) on the surface of a scrap fragment to be analysed, a piece of composition information about the alloy composition of the scrap fragment , - having a contamination analysing system configured to determine, by means of a second local measurement at the measurement position (20, 54, 56, 74a-e), an associated piece of contamination information about the contamination of the surface of the scrap fragment at the measurement position, and - having a processing system configured to determine an analysis result about the alloy composition of the scrap fragment as a function of the piece of composition information and the associated piece of contamination information , - wherein the alloy analysing system is configured for a laser-induced plasma spectroscopy measurement, characterised - in that the alloy analysing system is configured to generate, for the first local measurement, a plasma on the surface of the scrap fragment at the measurement position (20, 54, 56, 74a-e), and - in that the contamination analysing system is configured to measure a value for a measured variable of the plasma generated by the alloy analysing system and to determine the associated piece of contamination information as a function of the measured value.
A method for the manufacture of a radiation detector comprising a semiconductor single crystal used to absorb radiation particles incident thereon and to generate charge carriers, the method comprising: forming a recess into a substrate ; and forming said semiconductor single crystal in the recess, characterised in that said semiconductor single crystal is formed in the recess by : depositing semiconductor particles into the recess; forming a melt by melting the semiconductor particles; and recrystallizing the melt in the recess. forming a recess into a substrate ; and forming said semiconductor single crystal in the recess, characterised in that said semiconductor single crystal is formed in the recess by : depositing semiconductor particles into the recess; forming a melt by melting the semiconductor particles; and recrystallizing the melt in the recess. depositing semiconductor particles into the recess; forming a melt by melting the semiconductor particles; and recrystallizing the melt in the recess.
A personal radiation protection garment , including a seam arrangement where first and second panels meet, and, in the region of the seam arrangement: a first layer ; a second layer ; a protective layer between the first and second layers; wherein the first layer includes first and second sections joined at a first seam , and the second layer includes third and fourth sections joined at a second seam ; wherein the protective layer includes the first and second panels being partially lapping radiation-protective panels, the first panel being attached to the first layer at a first attachment zone and the second panel being attached to the second layer at a second attachment zone ; wherein the first panel laps the second panel across the second attachment zone to provide a continuous protective covering of the second attachment zone, and the second panel laps the first panel across the first attachment zone to provide a continuous protective covering of the first attachment zone; wherein the first attachment zone includes perforations in the first panel and the second attachment zone includes perforations in the second panel. a first layer ; a second layer ; a protective layer between the first and second layers; wherein the first layer includes first and second sections joined at a first seam , and the second layer includes third and fourth sections joined at a second seam ; wherein the protective layer includes the first and second panels being partially lapping radiation-protective panels, the first panel being attached to the first layer at a first attachment zone and the second panel being attached to the second layer at a second attachment zone ; wherein the first panel laps the second panel across the second attachment zone to provide a continuous protective covering of the second attachment zone, and the second panel laps the first panel across the first attachment zone to provide a continuous protective covering of the first attachment zone; wherein the first attachment zone includes perforations in the first panel and the second attachment zone includes perforations in the second panel.
A purified biosurfactant comprising a hydrophobic lipid component comprising a carboxyl end and a hydroxyl end, wherein the lipid component is covalently linked to (i) a peptide or peptide-like chain at the carboxyl end of the lipid component and (ii) a carbohydrate moiety at the hydroxyl end of the lipid component via a glycosidic linkage, wherein the carbohydrate moiety includes one, two or three rhamnose moieties.
Corridor indicator lamp comprising a base assembly , the base assembly including a plurality of compartments , which are open towards a front side of the corridor indicator lamp , and a plurality of separator walls , at least some of the plurality of compartments being separated from each other by at least some of the plurality of separator walls , wherein the corridor indicator lamp further comprises an extension unit , which is configured to be mounted to the base assembly and which has a plurality of extension walls , which, in a position where the extension unit is mounted to the base assembly , extend at least one of the plurality of compartments in a direction pointing away from the base assembly , characterized in that the extension unit comprises at least one pocket , which is configured to receive at least part of one of the plurality of separator walls .
An atomizing plug assembly comprising a containing part having a containing body , wherein said containing body defines a containing space thereinside and has an opening ; and an atomizing part integrated with or detachably connected with said containing part ; wherein said atomizing part includes a vibrating member , a nozzle plate , a pin element and a rotatable portion , wherein said nozzle plate is located corresponding to said opening , said vibrating member is connected with said nozzle plate and has an atomizing electrical connecting portion , said pin element is electrically connected with said atomizing electrical connecting portion , said rotatable portion rotatably and electrically connected with said atomizing electrical connecting portion , said pin element is integrated with or detachably connected with said rotatable portion , and said pin element is electrically connected with said rotatable portion ; and said opening communicating with said containing space and being located at the exterior of said containing body in such a way that liquid inside said containing space is atomized by said nozzle plate and vibrated by said vibrating member to said opening to be sprayed out to an atmosphere. a containing part having a containing body , wherein said containing body defines a containing space thereinside and has an opening ; and an atomizing part integrated with or detachably connected with said containing part ; wherein said atomizing part includes a vibrating member , a nozzle plate , a pin element and a rotatable portion , wherein said nozzle plate is located corresponding to said opening , said vibrating member is connected with said nozzle plate and has an atomizing electrical connecting portion , said pin element is electrically connected with said atomizing electrical connecting portion , said rotatable portion rotatably and electrically connected with said atomizing electrical connecting portion , said pin element is integrated with or detachably connected with said rotatable portion , and said pin element is electrically connected with said rotatable portion ; and said opening communicating with said containing space and being located at the exterior of said containing body in such a way that liquid inside said containing space is atomized by said nozzle plate and vibrated by said vibrating member to said opening to be sprayed out to an atmosphere.
A base paper for a nursery pot body, wherein a biodegradable resin composition containing a polylactic acid resin as a resin (A) is laminated on a paper substrate, the biodegradable resin composition contains an aliphatic polyester resin other than the polylactic acid resin, the aliphatic polyester resin being defined as a resin (B), a mass ratio between the resin (A) and the resin (B) is 20:80 to 30:70, and a thickness of the biodegradable resin layer to be laminated on the paper substrate is 20 μm to 35 μm. a biodegradable resin composition containing a polylactic acid resin as a resin (A) is laminated on a paper substrate, the biodegradable resin composition contains an aliphatic polyester resin other than the polylactic acid resin, the aliphatic polyester resin being defined as a resin (B), a mass ratio between the resin (A) and the resin (B) is 20:80 to 30:70, and a thickness of the biodegradable resin layer to be laminated on the paper substrate is 20 μm to 35 μm.
A bone plate (102; 202) for treating acromioclavicular dislocations, comprising: a shaft (104; 204) including a lateral portion sized and shaped such that the shaft (104; 204) is capable of being positioned along a superior aspect of a lateral clavicle, the shaft (104; 204) including a plurality of openings (116; 216) extending therethrough for receiving bone fixation elements therein; and a hook member (106; 206) extending from the shaft (104; 204) so that, in an operative position, the hook member (106; 206) is capable of being hooked under an acromion and the lateral portion of the shaft (106; 206) is capable of being positioned on the superior aspect of the lateral clavicle, characterized in that the lateral portion of the shaft (104; 204) being rounded so that the hook member (106; 206) is movable in one of an anterior direction and a posterior direction while the shaft (104; 204) is capable of maintaining contact with the superior aspect of the lateral clavicle without any portion of the lateral portion of the shaft (104; 204) protruding beyond a surface of the lateral clavicle. a shaft (104; 204) including a lateral portion sized and shaped such that the shaft (104; 204) is capable of being positioned along a superior aspect of a lateral clavicle, the shaft (104; 204) including a plurality of openings (116; 216) extending therethrough for receiving bone fixation elements therein; and a hook member (106; 206) extending from the shaft (104; 204) so that, in an operative position, the hook member (106; 206) is capable of being hooked under an acromion and the lateral portion of the shaft (106; 206) is capable of being positioned on the superior aspect of the lateral clavicle, characterized in that the lateral portion of the shaft (104; 204) being rounded so that the hook member (106; 206) is movable in one of an anterior direction and a posterior direction while the shaft (104; 204) is capable of maintaining contact with the superior aspect of the lateral clavicle without any portion of the lateral portion of the shaft (104; 204) protruding beyond a surface of the lateral clavicle.
Resonance absorber for a construction wall , the resonance absorber comprising at least one blade having a first longitudinal end opposite a second longitudinal end , a support which comprises a first fixing means capable of cooperating with the first longitudinal end of the blade and a second fixing means capable of cooperating with the second longitudinal end of the blade , the absorber comprising at least one weight borne by the blade between the first fixing means and the second fixing means , the support being intended to be fixed to the construction wall , characterized in that the support is configured to alternately adopt at least one first position of use with respect to the blade in which the resonance absorber exhibits a first resonance frequency and a second position of use with respect to the blade in which the resonance absorber exhibits a second resonance frequency.
Gear element comprising a support on which first rollers and second rollers are alternately mounted, which are intended for engaging with the teeth of a neighbouring gear element , each rollers being mounted for rotation about its longitudinal axis (X') via rotary guide means cooperating with end portions of the rollers , characterised in that the rotary guide means of the first rollers and the rotary guide means of the second rollers are staggered in the vicinity of an outer periphery of the support .